— Barry Bonner
No single practice saves the soil. But living biology, combined with the right approach, might.
You have stood in front of farmers across every state in this country and held up a jar of their own soil falling apart in water. You have shown them, as plainly as it can be shown, that the problem is not the weather, not the equipment, and not the seed. The problem is that we have taken the life out of the ground.
The microbial community that holds soil together, that moves water through it, that cycles nutrients and sequesters carbon, has been depleted across tens of millions of acres of American farmland. The farmer feels it as rising input costs and shrinking margins. The land shows it as compaction, runoff, and an inability to hold rainfall.
RAD Microbes is not here to tell you what you do not already know. We are here because of what you teach, and we are building the biological tools to deliver it. This document is the story of what we are doing, where we are in the process, and why we believe your life's work and ours are pointing at the same thing.
The mission of RAD Microbes is to stop the desertification of the Midwest by returning living microbial consortia to the soil at a scale and price point that makes them accessible to every farmer who needs them, in America and across the world.
A 2-acre trial in Prosper, Texas compared our Bacillus consortium applied with no additional NPK fertilizer against standard NPK-only control acres. The treated field carried residual fertility from the prior season. No fresh synthetic inputs were added. Soil was analysed via 16S rRNA sequencing by Environmental Genomics. Equivalent plant height and bushel yield. The control plot spent $460 per acre on fresh NPK fertilizer to get there. The microbial plots did not. We are not suggesting on the basis of these results that farmers should stop fertilizing. We are suggesting the biology changes what becomes possible over time.
Desertification is not a word most people associate with Iowa, Illinois, or Texas. It should be. Decades of synthetic fertilizer dependency, monoculture rotation, and tillage have stripped functional microbial life from vast areas of the most productive farmland on earth. What remains is increasingly degraded soil that cannot hold water, cannot cycle nutrients without chemical input, and cannot withstand the pressure that climate variability is placing on it.
Synthetic inputs treat the symptom. They do not restore the system. A field that sheds rainfall rather than drawing it down into the soil profile is a field moving in one direction. RAD Microbes is building the biological response to reverse that movement.
What follows is shared in confidence. RAD Microbes operates a five-organism liquid culture consortium delivered as a field inoculant. Each species was selected for a specific, documented role in the soil system. Together they cover nitrogen cycling, phosphate availability, soil structure, pathogen suppression, and chemical remediation. That is the full stack of what degraded agricultural land is missing.
This information is proprietary to Regenerative Agricultural Development LLC and is shared solely for the purpose of this conversation.
The consortium is delivered as a liquid culture inoculant, applied at planting using standard agricultural protocols. Pre and post-treatment soil analysis via 16S rRNA sequencing by Environmental Genomics allows us to verify which organisms establish, at what abundance, and what functional shifts occur in the broader microbial community. No two sites receive an identical programme. The diagnostics determine the formulation.
RAD Microbes does not operate in isolation. The organisation I am partnered with is an established leader in industrial bioremediation, specifically the response to petrochemical damage. When an oil company contaminates water, soil, or a waterway, this is the organisation that gets called in. Their formulations, their laboratory capability, and their field science have been deployed at some of the most demanding remediation environments on record, including events of national scale.
That infrastructure, those laboratories, that decades-deep formulation science, sits within our organisation. What they have not driven toward is agriculture. That is where RAD Microbes comes in. I lead the agricultural division. We are the ones taking that science into the field, into the farm, and into the hands of the farmer. The capability is theirs. The agricultural direction is ours entirely.
Why this matters. Early-stage bioinoculant programmes typically face two constraints: the science is underdeveloped, or the resources to validate it are not there. RAD Microbes does not face either. The formulation science is deep and field-proven across extreme environments. The laboratory infrastructure is already in place. What we are building now is the agricultural application of that capability, and we are building it to last.
Each of the following is attributable to one or more organisms within the consortium, supported by peer-reviewed science and our own field data. This is not a list of aspirational claims. It is a list of documented biological functions that occur when a healthy, diverse microbial community is present in the soil.
These functions do not operate in isolation. The value of a consortium over a single-strain inoculant is that the organisms work together. Nitrogen fixed by Microvirga becomes available through the nitrification pathway supported by Nitrospira, in soil whose structure is maintained by filamentous bacteria, in a root zone cleared of pathogens by Bacillus subtilis. The system restores itself. That is precisely what three decades of conventional management has prevented it from doing.
Conventional soil sampling tells you what is present in the bulk soil matrix. It is a useful baseline. But it is not where the biology that matters most is operating. The microbial community that directly governs plant health, nutrient uptake, and stress resilience lives in the rhizosphere, the narrow zone of soil immediately surrounding and attached to living plant roots. Bulk samples dilute that signal almost to nothing.
Within our field trials, we have the capability to extract root samples directly from the ground and run 16S rRNA sequencing on the rhizosphere community specifically. What comes back is a molecular picture of exactly which organisms are colonising the root system, what they are doing there, and how that community shifts in response to our inoculant. It is a level of diagnostic resolution that conventional agronomic soil testing does not approach.
What this means in practice
When we apply the consortium to a trial site, we are not guessing at whether the organisms established. We can pull roots, sequence them, and show exactly which species are present on the root surface and in what proportion, before and after treatment. That is the data layer that allows us to refine formulations with precision, publish peer-reviewed outcomes, and build the kind of scientific record that survives long after any single field season ends. It is also the data layer that most commercial inoculant programmes are not collecting.
A word on independence
The last company to develop a genuinely effective commercial microbial consortium was acquired by Bayer for $300M. Their formulations were quietly shelved. The product disappeared. The farmers who needed it never got it.
That is not what RAD Microbes is here to do. We are not building toward an exit. We are building toward the field, toward the farmer, toward the data, toward a published scientific record that cannot be bought and buried. The infrastructure around microbial agriculture is crowded with incumbents who benefit from the status quo. We intend to move through it regardless. The formulations work. The data will prove it. And the data will be public.
RAD Microbes is currently in its second year of active research and development. Our field work is grounded in real farm partnerships, genuine agronomic relationships, and measurable outcomes. This is not a laboratory proposition waiting for the field. We are already in the field.
Working relationships with agronomists from Texas A and M University and Louisiana State University, providing scientific rigour and institutional credibility to our field research programme across both states.
Multiple working farms in Louisiana are running our microbial formulations this season alongside university-coordinated test plots. These are live commercial operations on real ground, not controlled greenhouse studies.
Stephen Thompson has committed his farm as a dedicated microbial research site focused on industrial hemp cultivation alongside our formulation work. This gives us a controlled test plot environment that is not possible on commercial operations alone, with full data capture across the growing season.
We are working with Panda Biotech, one of the world's largest industrial hemp extraction facilities, providing access to their farming network and seed supply as we scale our field programme across more operators and growing regions.
A developing relationship with Hemp Farms Australia is exploring hemp variety optimisation for Midwest growing conditions combined with our microbial formulation, identifying the most effective plant-biology pairings for large-scale soil remediation programmes.
Moving from liquid inoculant delivery toward a pelletised format incorporating biochar as a carrier medium, making application compatible with standard farm equipment and opening access to a wider range of conventional operators.
A note on the global picture. Soil degradation is not an American problem. The same conditions that are depleting the Midwest are at work across Central America, Sub-Saharan Africa, South Asia, and Australia. RAD Microbes is building a model that can be deployed internationally, making precision microbial tools available to farming economies where the soil health crisis is equally severe and the resources to address it are far fewer.
The work you have done through the Soil Health Academy and Understanding Ag has changed how farmers think about what is beneath their feet. You have taken something complex, the living economy of the soil, and made it plain enough that a farmer standing in his own field can see what is wrong and understand why it matters. That is a rare thing.
What you teach, we are building the tools to deliver. The science is there. The formulations are working. What we do not have, and what cannot be manufactured quickly, is the kind of long-standing trust with farming communities that makes a trial programme succeed. Getting farmers to stay the course across a full season, to resist the pull of conventional inputs when the biology is still establishing, to believe in something they cannot yet see in the yield data. That requires a relationship that was built over years, not months.
As you may know, I am English. I came here because I was called here. America is where this work can make the most significant difference, and I believe that with everything I have. What I do not yet have is the depth of relationship with farming communities across different states that this programme needs to grow. You do. And that is exactly what the next phase of this requires.
What I am asking is straightforward. We would supply our consortium to farmers within your existing network, at no cost to them, in exchange for their participation in structured trials. Your relationships carry the trust. We carry the science. The data we build together will be published, and what comes out of it belongs to the farming community. Not to a corporation, not to an acquirer, not to anyone who would bury it.
"The earth is the Lord's, and everything in it."
Psalm 24:1
We are stewards of it. Not owners. The work we are doing, returning living biology to degraded ground and giving farmers back something that was taken from them, feels, to both of us, like more than agronomy. We mention it not to preach, but because it is true, and because we think you will understand exactly what we mean.