Soil Testing
The Essential First Step: Comprehensive Soil and Tissue Testing
Transitioning your conventional farm to USDA Certified Organic production is a rewarding journey toward regenerative agriculture, improved soil health, and access to premium organic markets. At the heart of this process lies a critical foundational step: professional soil and tissue testing.
Why Soil and Tissue Testing is Indispensable
Before implementing any changes, you need an accurate snapshot of your farm's current ("as-is") soil condition. Comprehensive testing reveals:
- Nutrient levels (macronutrients like nitrogen, phosphorus, and potassium; micronutrients such as zinc, iron, and boron)
- Soil pH and organic matter content
- Potential imbalances, deficiencies, or excesses
- Signs of compaction, salinity, or contamination (e.g., heavy metals)
Plant tissue analysis complements soil tests by showing what nutrients your crops are actually absorbing, helping identify "hidden hunger" or uptake issues that soil tests alone might miss.
This baseline assessment is vital because USDA organic standards emphasize building and maintaining soil fertility through natural processes—such as crop rotations, cover crops, and approved organic amendments—rather than relying on synthetic inputs. Without knowing your starting point, it's challenging to create an effective Organic System Plan (required for certification) or measure progress during the mandatory 36-month transition period.
As noted by USDA resources and extension experts, beginning with soil analysis "sets a benchmark" for tracking improvements in soil health, which is central to organic farming success.
How We Use Your Test Results to Guide Your Transition
Once we receive and analyze your laboratory results from one of our trusted top-tier partners, our experts will develop a tailored remediation strategy focused on restorative, organic-compliant practices. Recommendations may include:
- OMRI-listed organic inputs — Proven products from the Organic Materials Review Institute (OMRI) catalog, such as composts, biofertilizers, rock minerals, and humic substances to naturally replenish nutrients.
- Biological enhancements — Introducing beneficial microbes, fish emulsions, seaweed extracts, or other natural amendments.
- Cultural practices — Incorporating cover crops for nitrogen fixation and erosion control, specialized tillage to improve soil structure, or targeted applications of vitamins, minerals, and trace elements to boost microbial activity and plant resilience.
These strategies are designed to heal depleted soils, increase organic matter, enhance water retention, and promote a thriving soil ecosystem—all while complying fully with USDA National Organic Program (NOP) rules prohibiting synthetic fertilizers, pesticides, and genetically modified organisms.
Partnering with the Best Laboratories
We proudly collaborate with the nation's top 8 soil and tissue testing laboratories (listed below), selected for their accuracy, comprehensive analysis options, and experience supporting organic and transitioning farms. These labs provide detailed reports that form the backbone of your personalized transition plan.
By starting with professional testing, you're investing in long-term soil vitality and positioning your farm for a smooth, successful path to USDA Certified Organic status. Healthy soil leads to healthier crops, higher yields over time, and a more sustainable operation.
P.O. Box 187
Talk With Our Experts
Set up an initial meeting to discuss your goals and discuss a strategy to have your farm USDA certified within 36 months.