Promoting Biodiversity with Organic Soil Amendments & Organic Fertilizer

Soil is much more than dirt—it’s a living ecosystem that supports plant growth through biological activity. Microorganisms in the soil digest organic matter, cycle nutrients, and build structure that allows water and air to reach roots. When this life is stripped away by chemicals, compaction, or poor practices, the soil becomes lifeless and less productive. Reintroducing IMOs helps restart these critical natural cycles. This brings back fertility, resilience, and the ability to self-regulate.

 The soil food web is like a living city beneath our feet—made up of microbes, fungi, insects, worms, and more. IMOs are the base of this web, feeding and supporting higher life forms that decompose organic material and recycle nutrients. As the food web rebuilds, soil becomes more stable, nutrient-dense, and biologically active. This leads to healthier plants and fewer pest and disease problems. It’s nature’s way of keeping everything in balance.

Over time, soils can become compacted, over-fertilized, or chemically treated to the point that nutrients become locked and unavailable. IMOs help unlock these nutrients by producing enzymes and acids that break them down into plant-usable forms. This means nutrients like nitrogen, phosphorus, and potassium can be accessed by roots without constant fertilizer input. IMOs make the most of what’s already in your soil. It’s a sustainable way to restore fertility without adding more chemicals.

Healthy ecosystems—like forests and native prairies—tend to be fungal-dominant. That means beneficial fungi outnumber bacteria and form long-lasting networks in the soil. These fungi help trees and perennial plants grow stronger by improving nutrient and water delivery while also fighting off disease. Fungal-dominant soils are great at storing carbon, preventing erosion, and building resilience. It’s a natural model we can replicate in our gardens, farms, and public spaces.

Mycelium is the underground network of fungi, and it connects with plant roots to share water and nutrients. In return, the plant provides sugars made through photosynthesis, forming a cooperative relationship. This connection allows plants to survive better in harsh conditions and helps distribute resources efficiently through the ecosystem. Some scientists even refer to this system as “nature’s internet.” It’s one of the most powerful—and invisible—forces in soil regeneration.

Living soil is rich in organic matter, roots, and biological activity, all of which help it act like a sponge. It holds onto water during dry periods and slows down runoff during storms, which helps reduce erosion and flooding. Microbial life also builds stable soil aggregates that keep the soil from washing away. Whether you're managing a city park, a farm, or a backyard, healthier soil means better water management. It’s nature’s insurance policy against drought and degradation.

When soil is alive, plants are naturally healthier. They grow deeper roots, absorb nutrients more efficiently, and are more resistant to pests and disease. This often leads to better yields, more nutrient-dense produce, and fewer problems overall. Living soil reduces the need for synthetic fertilizers, pesticides, and fungicides. It's a cleaner, more sustainable way to farm or garden—and better for people and the planet.

Liquid IMO is a brewed solution of beneficial microbes that can be sprayed directly onto plants. When applied to leaves and stems, it forms a living layer of protection that helps outcompete harmful pathogens. This acts as a natural immune system booster for the plant, preventing disease without synthetic sprays. It's especially useful during vulnerable stages like flowering, fruiting, or transplanting. Plus, it improves overall plant vigor and resilience.

IMOs aren't just for soil—they're also helpful in animal systems. When applied to bedding, pens, or compost piles, they help reduce odors, accelerate decomposition, and suppress harmful bacteria. This creates cleaner, healthier environments for livestock while improving manure quality for later use on fields. It also reduces the environmental impact of animal operations. It’s a smart, sustainable way to care for animals and the land at the same time.

IMOs are tailored to meet the specific needs of any environment—from backyard gardens and urban parks to large-scale farms and livestock operations. Because they are collected locally, they’re uniquely suited to the regional climate, soil, and vegetation. They can be applied via a soil drench, foliar spray, or used in composting and animal care. This versatility makes IMOs one of the most adaptive tools in regenerative agriculture.