Organic vs Conventional Farming Calculator

Compare the economics and environmental impact of organic vs conventional farming on your operation. Enter your farm acreage, crop type, land cost per acre, and expected yields — and get a side-by-side breakdown of gross revenue, total expenses, net return per acre, and estimated chemical avoidance for both farming methods. Also try the Farm Biodiversity Calculator.

acres

Total acres you want to compare between organic and conventional production.

$/acre

Annual cash rent or land ownership cost per acre.

Your average conventional yield per acre (bushels or tons depending on crop).

$/bu

Expected market price per bushel (or ton) for conventional crop.

$/acre

Total variable input costs (seed, fertilizer, pesticides, fuel, etc.) per acre.

%

Organic yields are typically 75–90% of conventional. Adjust based on your experience.

%

Organic crops typically sell at a 50–150% premium over conventional prices.

$/acre

Organic inputs cost less for synthetic chemicals but more for labor and certifications.

Annual organic certification fees for your operation.

Results

Net Return Difference (Organic – Conventional)

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Conventional Gross Revenue

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Organic Gross Revenue

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Conventional Net Return (Total)

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Organic Net Return (Total)

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Conventional Net Return / Acre

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Organic Net Return / Acre

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Estimated Chemical Input Avoided (lbs)

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Results Table

How does organic farming affect crop yield compared to conventional?

Organic yields are typically 75–90% of conventional yields, depending on the crop, region, and farming practices. Corn and soybeans tend to see a larger yield gap, while some small grains and forages can come close to conventional yields. Over time, improved soil health from organic practices can help close this gap. See also our Aquaculture Sustainability Calculator.

What price premium can organic crops fetch over conventional?

Organic crops commonly sell at a 50–150% premium over conventional market prices, though premiums vary by crop and market conditions. Organic corn and soybeans have historically commanded strong premiums, but prices fluctuate with import volumes and consumer demand.

Why are organic imports affecting organic crop prices?

Increased imports of organic commodities — especially corn and soybeans — have at times put downward pressure on domestic organic prices. When overseas organic supplies enter the U.S. market at lower costs, domestic farmers may see their premium erode, making careful market research essential before transitioning.

How long does the organic transition period take, and how does it affect income?

USDA requires a 3-year transition period before a farm can be certified organic. During this time, farmers must follow organic practices but cannot yet sell crops at organic prices — which can create a significant income gap. Many transition budgets assume 80–85% of conventional yields during years 1–2 with conventional pricing. You might also find our calculate Carbon Sequestered (lbs/acre/yr), Nitrogen Added (lbs/acre/yr) & Erosion Reduction — Cover Crop Benefits useful.

How does organic dairy reduce chemical use?

Organic dairy production prohibits the use of synthetic pesticides, herbicides, and fertilizers on feed crops, as well as antibiotics and growth hormones in livestock. This eliminates a significant volume of agricultural chemicals from the production chain, benefiting both soil health and nearby water sources.

What are the main cost differences between organic and conventional farming?

Conventional farming generally has higher costs for synthetic inputs like fertilizers and pesticides. Organic farming trades those costs for higher labor expenses, organic-approved input costs, weed management practices, and annual certification fees. Overall input costs per acre for organic farming are often 10–25% lower, but the savings can be offset by certification and labor costs.

Is organic farming always more profitable than conventional?

Not necessarily — profitability depends on your local organic premium, your ability to achieve strong yields, access to certified organic markets, and your operational costs. This calculator helps you model your specific situation to see whether the organic premium adequately compensates for yield reductions and transition costs.

What crops are best suited for organic production?

Crops with strong organic premiums and relatively small yield gaps are the best candidates, including soybeans, small grains (wheat, oats), and specialty crops. Corn can also be profitable in a certified organic rotation, typically as part of a 4-year rotation with soybeans, wheat, and a forage crop.