For Conventional Farmers: A Practical Path to Healthier Soil
You don't have to flip a switch to get better soil.
If you're running a conventional operation, you've probably heard plenty about regenerative agriculture — and plenty of it doesn't sound like it was written for you. Big claims, all-or-nothing timelines, and an assumption that you're ready to walk away from the practices your farm runs on.
That's not how we work.
Clear View Regenerative Farms and Services was built by farmers, for farmers. We grew up on this land in SE Minnesota, and we know that any change to how you manage your soil has to make sense on a real balance sheet, in a real season, with real equipment and real risk. We're not here to tell you to abandon what's working. We're here to help you build healthier, more productive soil — at a pace, and to a degree, that fits your operation.
We know what you're up against
Input costs keep climbing, and margins keep shrinking. Healthy soil biology does some of the work that fertilizer currently does for you — cycling nutrients, holding water, suppressing disease. That's not a philosophy, it's a cost input you can measure and reduce over time.
You can't afford to gamble a season on something unproven. We don't ask you to convert your whole operation overnight. Most of our work starts on a portion of acres, or alongside your current program, so you can see results before you scale up.
"Regenerative" often sounds like a rebrand of organic — and you're not trying to become an organic farm. They're not the same thing. Organic farming is defined by what you don't use. Regenerative practices are defined by what you're actively building: biology, structure, and resilience in your soil. You can apply regenerative principles and still run a conventional operation.
You need data, not just a good story. Erik Harris, our lead soil scientist, is a certified Soil Food Web Consultant and Lab Technician. Every recommendation starts with a microscopic assessment of your actual soil or compost — not a generic program. You'll see the biology that's there, and what's missing, before we ever talk about what to do about it.
How we actually work with conventional operations
We meet you where your farm is right now. That usually looks like:
Microscopic soil or compost assessment — a real, quantitative look at the biology already in your ground.
A conversation about your goals and constraints — what you're trying to solve (input costs, compaction, water infiltration, yield plateaus), and what's off the table.
A targeted plan — often starting small: a test block, a problem field, or a supplement to your existing fertility program.
Biologically complete compost, extracts, or teas — built to match what your soil is actually short on.
Follow-up monitoring — so decisions are based on what's changing in your soil, not guesswork.
No pressure to go further than the data supports. If it's working, we scale it. If it's not, we tell you.
What this can look like alongside conventional practices
Reducing synthetic input costs over time as soil biology takes over some of that function
Improving water infiltration and reducing runoff on compacted or degraded ground
Addressing specific problem fields without restructuring your whole rotation
Building a transition plan if and when you decide organic or fuller regenerative practices make sense — with no obligation to go that far
Let's start with what's actually in your soil
You don't need to buy into a whole philosophy to get value from knowing what's happening beneath your feet. A soil assessment is a data point — one that's yours to use however makes sense for your operation.