A Diagnostic Tool for Yield and Profitability — Not an Environmental Program
The Farmland Health Check-Up (FHCU) is a comprehensive, field-based assessment program available at no cost to every farmer in Ontario. Unlike generic soil testing or environmental compliance programs, the FHCU is designed with a single objective: to identify the specific factors limiting yield and profitability on your farm.
Think of it as a diagnostic checkup for your fields — the same way a mechanic uses diagnostic tools to pinpoint why an engine is underperforming, the FHCU uses proven agronomic assessment methods to determine why certain fields are producing below their potential.
How It Works
The program examines soil physical properties, drainage conditions, erosion patterns, compaction layers, organic matter status, crop rotation history, and nutrient management practices across three of your fields.
The assessment is conducted by a Certified Crop Advisor (CCA) using the official FHCU digital workbook — a structured diagnostic tool that evaluates ten critical areas of farmland health. Each area is scored, compared between fields, and benchmarked against county averages to create a clear picture of where yield is being lost and why.
How It Differs from a Standard Soil Test
A standard soil test tells you the chemical status of your soil — pH, available phosphorus, potassium, and micronutrient levels. This information is essential for fertility planning, but it represents only one dimension of soil health. A field can have perfect soil test results and still yield poorly if it suffers from subsurface compaction, inadequate drainage, poor soil structure, or active erosion.
Key Takeaway: The Farmland Health Check-Up evaluates the physical, chemical, and biological properties of your soil in combination with your management history and field conditions.
It considers factors that a soil test cannot measure: bulk density and compaction depth, aggregate stability, water infiltration rates, slope classification and erosion risk, drainage class, and the effects of your tillage and rotation practices over the past five years.
Ontario soils have physical, chemical, and biological properties that collectively determine health. Physical properties include texture (the ratio of sand, silt, and clay particles), structure (how soil particles aggregate), density, porosity, and moisture characteristics. Chemical properties include pH, mineral compounds, and nutrient levels. Biological properties include organic matter habitat and the diversity of soil organisms — from earthworms to nematodes to the hundreds of thousands of micro-organisms in every gram of healthy soil.
The Ontario Context
Ontario's agricultural soils are unique. They developed on glacial deposits left by retreating ice sheets approximately 12,000 years ago. Advancing glaciers ground bedrock into fine particles, mixed existing materials, and transported them across the landscape. Retreating glaciers dropped unsorted materials (till), while meltwaters deposited sorted sands and gravels. Glacial lakes laid down flat beds of silt and clay. Wind further redistributed materials across bare post-glacial landscapes.
Why This Matters
Ontario farmland cannot sustain substantial topsoil loss without significant productivity impacts. A farmer losing even 2–3 centimetres of topsoil through tillage erosion or water erosion is losing a resource that took thousands of years to develop.
The province's major soil types each present distinct management challenges:
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Till plain soils (such as Guelph loam in Wellington County) are deep, loamy, and have good internal drainage, making them productive but prone to water erosion.
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Clay plain soils (such as Brookston clay in Kent County) have slow internal drainage and naturally high water tables — requiring systematic tile drainage for economic crop production.
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Clay plain soils (such as Brookston clay in Kent County) have slow internal drainage and naturally high water tables — requiring systematic tile drainage for economic crop production.
What This Means on Your Farm
The FHCU accounts for these regional differences. Your soil map unit, texture class, drainage class, slope percentage, and landscape position are all recorded and factored into the assessment. A compaction problem on a Beverly silt loam requires a different remediation strategy than compaction on a Haldimand clay.
Who Delivers the Assessment
Every Farmland Health Check-Up is delivered by a qualified agricultural professional — typically a Certified Crop Advisor (CCA) with hands-on experience in Ontario cropping systems. The advisor walks your fields with you, examines soil profiles, tests for compaction, evaluates drainage, and reviews your management history in detail.
This is not a desk-based exercise. The FHCU involves physical field evaluation using diagnostic tools including penetrometers for compaction testing, soil probes for profile examination, infiltrometer readings for water movement assessment, and visual evaluations of soil structure, residue cover, and erosion indicators.
What the Program Covers
The FHCU evaluates ten critical assessment areas across your three selected fields:
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Water erosion risk — based on slope, soil erodibility factor, slope length, and cropping practices
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Wind erosion risk — assessed using soil texture, surface roughness, field length, and windbreak presence
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Tillage erosion — evaluated through slope complexity, tillage direction, and evidence of subsoil exposure on knolls
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Subsurface compaction — measured via penetrometer readings, bulk density, and visual root restriction indicators
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Organic matter status — assessed through soil testing, cropping history, and organic amendment applications
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Soil structure — evaluated through aggregate stability, surface crusting, and soil profile examination
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Crop rotation — reviewed for diversity, frequency of row crops, and inclusion of soil-building crops
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Cover crop usage — assessed for species selection, establishment success, and soil protection goals
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Drainage adequacy — evaluated through tile spacing, outlet condition, surface drainage, and seasonal ponding indicators
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Nutrient management — reviewed for nitrogen and phosphorus balance, application timing, and nutrient loss risk
Why This Matters for Your Bottom Line
Every bushel of corn you're not harvesting due to compaction, every tonne of soybeans lost to poor drainage, every dollar of nitrogen fertilizer that denitrifies before the crop can use it — these are direct, measurable costs to your operation. The Farmland Health Check-Up quantifies these losses and provides a clear roadmap for recovery.
