Soil Health Assessment Services & Testing

The five commonly cited principles of regenerative agriculture are minimizing soil disturbance, keeping soil covered, maintaining living roots year-round, increasing biodiversity, and integrating livestock where appropriate. Together, these practices help improve soil structure, water infiltration, nutrient cycling, and biological activity. A soil health assessment helps measure how current field conditions align with these principles and where management changes may deliver the greatest benefit.

Five widely used indicators of healthy soil include soil organic matter, aggregate stability, water infiltration, biological activity, and compaction or bulk density. These metrics help show how well soil stores water, cycles nutrients, supports root growth, and resists erosion. Good testing programs often combine lab analysis with field observations so landowners and farmers get a more complete picture of soil function, not just fertility numbers alone.

A soil health assessment typically includes soil sampling, laboratory analysis, and interpretation of physical, chemical, and biological indicators. Depending on the project, it may review organic matter, infiltration, compaction, aggregate stability, nutrient balance, and biological activity. The most useful assessments also connect results to management recommendations, helping you decide what practices can improve field performance, resilience, and long-term productivity.

Soil health testing is valuable for farmers, farmland owners, regenerative operators, conservation-minded investors, and organizations managing agricultural land. It is especially useful when evaluating baseline conditions, planning a transition to regenerative or organic systems, comparing fields, or documenting stewardship progress over time. Testing helps decision-makers move beyond assumptions and use measurable indicators to guide investments, lease terms, and management priorities.

Many operations begin with a baseline assessment and then repeat testing every one to three years, depending on goals and management changes. Annual review may be helpful during active transitions, while longer intervals can work for stable systems tracking long-term trends. Consistency matters most: using similar sampling timing, methods, and indicators makes it easier to compare results and understand whether soil function is improving over time.

Yes. Soil health testing provides a measurable starting point for regenerative transition planning by identifying strengths, limitations, and priority areas for improvement. Results can guide decisions around cover crops, tillage reduction, grazing integration, residue management, and biological amendments. When paired with planning support, testing helps ensure regenerative practices are selected for the actual conditions of the land rather than applied as a generic checklist.

Yes. Standard fertility testing mainly focuses on nutrient levels and pH to support crop production decisions. Soil health testing goes further by evaluating how the soil functions as a living system, including structure, biological activity, water movement, and resilience. Both are useful, but soil health assessments provide broader insight for long-term stewardship, regenerative management, and understanding whether the land is becoming more productive and stable over time.

After testing, results are interpreted to identify practical next steps for management and planning. That may include adjusting tillage, adding cover crops, improving grazing systems, addressing compaction, refining nutrient strategies, or setting benchmarks for future comparison. For landowners and operators, the value is not just in the report itself but in turning the findings into a realistic action plan tied to productivity, stewardship, and risk reduction.