Dark Earth Soil Revive Microbe Brew - 2.35 Lb

Dark Earth Living Soils Soil Revive Microbe Brew is a biologically active compost tea mix for boosting beneficial microbes and supporting nutrient cycling in soil gardens. It’s a compost tea blend designed to strengthen overall soil function.

This microbe-focused compost tea mix is packed with diverse bacteria strains, bokashi, and black soldier fly frass, bringing a broad biological profile to the root zone. It’s positioned to promote breakdown of organic matter and increase nutrient cycling in the soil, helping your medium stay active and responsive as plants develop. The result is a soil-support product built around beneficial microbes and plant-available nutrients, rather than a standard fertilizer-only approach.

Soil Revive Microbe Brew also highlights growth-boosting enzymes, with cane sugar and malted barley flour included to fuel microbial proliferation. Alongside those microbial “food” inputs, the formula layers in plant-based meals such as alfalfa meal and kelp meal, plus mineral components including dolomite, wollastonite, and soft rock phosphate. This combination keeps the focus on steady biology and nutrient release pathways that depend on an active soil ecosystem.

The ingredients list calls out specific rhizosphere-friendly microbes, including Bacillus subtilis, Bacillus amyloliquefaciens, Bacillus velezensis, and Pseudomonas. Those named microbes, paired with bokashi and black soldier fly frass, make this compost tea mix a direct fit for growers who want identifiable microbial inputs rather than vague “microbe” claims. If your priority is reinforcing a living, biologically active root zone, this product stays centered on that goal.

Soil Revive Microbe Brew is suited for aerated compost teas, top dressing, and foliar application, with suitability also described for seedlings. It’s a good fit for gardeners and soil growers who want a biologically active compost tea mix with diverse bacteria strains, microbe-support inputs, and a clear focus on organic matter breakdown and nutrient cycling in the soil.