AgrStak SF0 — Flagship Economics Calculator

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NASS prices: not loaded | ERS inputs: not loaded | PrecAg ROI gap: pending

📊 NASS Commodity Prices

📈 ERS Farm Input Prices

⚖ PrecAg ROI Gap

📊 USDA NASS — Commodity Market Prices

Official USDA NASS price received data for wheat, almonds, corn, soybeans, and specialty crops. Auto-populates crop price inputs across SF0-E.001 (Morris wheat), SF0-E.003 (almond price), and SF0-E.006 (precision ag crop price).

Select commodity and year, then click Fetch to load NASS price data.

Source: USDA NASS QuickStats. Price Received, Annual average. Live API attempted; reference data used as fallback.

📈 USDA ERS — Farm Input Price Indices

USDA Economic Research Service farm input price benchmarks for fertilizer, pesticide, fuel, and labor. Auto-populates nitrogen fertilizer price (SF0-E.002 Haney N savings) and base fertilizer/pesticide costs (SF0-E.006 precision ag).

Select input type and region to load USDA ERS farm input price benchmarks.

Source: USDA ERS Commodity Costs and Returns. Annual averages. Reference benchmarks; local prices may vary.

⚖ Precision Agriculture ROI Gap Analysis

Compares precision ag imaging cost against expected input savings (fertilizer + pesticide reduction) and yield uplift to determine break-even acreage and ROI. Requires NASS prices and ERS input costs to be loaded.

Load NASS and ERS data first, then click Build ROI Gap.

Tip: Use the break-even acreage output to determine minimum field size where precision ag investment is economically justified for your operation.

💰 Morris Durum Economics NASS DATA

Model SF0-E.001

Calculate profitability of Morris durum vs. traditional varieties. Includes premium pricing analysis, seed cost comparison, and ROI calculations.

Farm Size (acres)

Base Yield (bu/acre)

Standard Wheat Price ($/bu)

Morris Premium ($/bu)

Seed Cost Premium ($/acre)

🌱 Haney Soil Test ROI

Model SF0-E.002

Calculate fertilizer savings and return on investment from Haney Soil Health Test results. Includes biological nitrogen credits, cover crop economics, and multi-year projections.

WEOC (mg/kg)

WEON (mg/kg)

CO₂-C Respiration (mg/kg)

Organic Matter (%)

Crop Type

Yield Goal (bu/acre)

Field Size (acres)

Nitrogen Price ($/lb)

🌰 Self-Compatible Variety ROI NASS DATA

Model SF0-E.003

Calculate ROI of adopting self-compatible almond varieties vs traditional cross-pollinating varieties. Based on USDA-ARS research.

Orchard Size (acres)

Current Hives Required (hives/acre)Traditional varieties: 2-3 hives/acre

Self-Compatible Hives Required (hives/acre)Self-compatible: 0.5-1.5 hives/acre

Hive Rental Cost ($/hive)2024 CA average: $200-250/hive

Harvest Cost Savings ($/acre)Single variety harvest efficiency

Yield Difference (%)Positive if self-compatible yields more

Almond Price ($/lb)

Base Yield (lbs/acre)

🌰 Almond Variety Comparison NASS DATA

Model SF0-E.004

Compare 'Parpareil' vs 'Nonpareil' or other almond varieties. Evaluate total production economics including pollination, harvest, and yield.

Variety A (e.g., Traditional)

Variety A Name

Hives Required (hives/acre)

Yield (lbs/acre)

Harvest Cost ($/acre)

Variety B (e.g., Self-Compatible)

Variety B Name

Hives Required (hives/acre)

Yield (lbs/acre)

Harvest Cost ($/acre)

Common Parameters

Orchard Size (acres)

Hive Rental Cost ($/hive)

Almond Price ($/lb)

🌰 Orchard Management Efficiency

Model SF0-E.005

Compare single-variety (self-compatible) vs mixed-variety orchard management costs. Includes pollination, harvest, and operational efficiency factors.

Orchard Size (acres)

Orchard Type

Base Labor Cost ($/acre/year)

Equipment/Machinery Cost ($/acre/year)

Harvest Cost ($/acre)

Pollination Cost ($/acre)Based on hive requirements × rental cost

📡 Precision Agriculture ROI NASS DATA

Model SF0-E.006

Calculate ROI for hyperspectral imaging, drone/satellite monitoring, and precision agriculture.

Imaging System

Field Size (acres)

Technology Type

Imaging Cost ($/acre/flight)Satellite: $1-3, Drone: $5-15, Aircraft: $10-25 per acre/flight

Flights per SeasonTypical: 3-6 flights per growing season

Traditional Scouting

Manual Scouting ($/acre/season)Labor + vehicle costs for field scouting

Input Savings

Fertilizer Reduction (%)Variable rate application: typical 10-20%

Base Fertilizer Cost ($/acre)

Pesticide Reduction (%)Spot spraying: typical 15-30%

Base Pesticide Cost ($/acre)

Yield Impact

Yield Increase (%)Early detection: typical 2-7%

Base Yield (bu or lbs/acre)

Crop Price ($/bu or $/lb)

🦠 WGC002 Disease Resistance ROI

Model SF0-E.007

Economic analysis of USDA-ARS WGC002 germplasm with Fhb7 gene.

Open Full WGC002 Calculator →

📊 Disease Risk Assessment

Model SF0-E.008

💊 Fungicide Cost-Benefit

Model SF0-E.009

💰 Agricultural Economics Calculators

💰 Morris Durum Economics NASS DATA

🌱 Haney Soil Test ROI

🌰 Self-Compatible Variety ROI NASS DATA

🌰 Almond Variety Comparison NASS DATA

Variety A (e.g., Traditional)

Variety B (e.g., Self-Compatible)

Common Parameters

🌰 Orchard Management Efficiency

📡 Precision Agriculture ROI NASS DATA

Imaging System

Traditional Scouting

Input Savings

Yield Impact

🦠 WGC002 Disease Resistance ROI

📊 Disease Risk Assessment

💊 Fungicide Cost-Benefit

Why AgrStak Economics?

💰 Agricultural Economics Calculators

💰 Morris Durum Economics NASS DATA

🌱 Haney Soil Test ROI

🌰 Self-Compatible Variety ROI NASS DATA

🌰 Almond Variety Comparison NASS DATA

Variety A (e.g., Traditional)

Variety B (e.g., Self-Compatible)

Common Parameters

🌰 Orchard Management Efficiency

📡 Precision Agriculture ROI NASS DATA

Imaging System

Traditional Scouting

Input Savings

Yield Impact

🦠 WGC002 Disease Resistance ROI

📊 Disease Risk Assessment

💊 Fungicide Cost-Benefit

Why AgrStak Economics?

📋 Calculation History