Winter Wheat
Triticum aestivum subsp. aestivum
Winter wheat is a cool-season annual grain crop planted in fall, vernalized over winter, and harvested mid-summer. Well-suited to Zones 3-8, with reduced winter-kill risk in regions with consistent snow cover or moderating winter climates.
Crop Snowflake Score
/acre
/acre
/acre
years
Overview
Growing Season
- Plant
- Mid-September to mid-October – Mid-September to mid-October
- Harvest
- Mid-July to early Aug – Mid-July to early Aug
- Frost-free days
- 120+
- GDD (base 50°F)
- 2,500
Yield
- Typical yield
- 71 bu/acre
- Productive lifespan
- 1 years
- Labor
- 10 hrs/acre
Market Fit
Active Regional Buyers
Established crop with known regional buyers
Price Trend Stable/Up
Price stable over past 3 years
Supply Below Demand
Regional supply roughly balanced with demand
Multiple Buyer Channels
Limited market channels; primarily single outlet
Value-Added Potential
Limited value-added processing opportunities
Market Growth Projected
Stable market outlook
Climate Fit
Hardiness Zone Match
Region's hardiness zone within crop range (3.0-8.0)
GDD Sufficient
Regional GDD (2600) meets crop requirement (2500)
Precipitation Compatible
Regional precipitation (~40 in/yr) compatible with crop needs
Frost-Free Season OK
Frost-free season (160 days) meets crop requirement (120 days)
Chill Hours Met
Chill hour requirement N/A for this crop type or met by default
Climate Trend Favorable
Climate projections remain favorable for this crop in the region
Soil Compatibility
Soil Texture
Drainage
Infrastructure Fit
Equipment Compatible
Standard farm equipment compatible or easily adapted
Storage Available
Dry/ambient storage sufficient; commonly available on farms
Irrigation Compatible
Low water needs or rain-fed viable
Field Layout Suitable
Vineyard field layouts suitable for this crop
Labor Availability
Labor needs manageable with existing farm workforce
Processing Proximity
Processing/packing facilities within viable distance in WNY
Equipment Requirements
planting
No-till or conventional grain drill seeded at 1-1.5 inch depth in fall. Same machine as oats and barley.
Sized for drill, seedbed prep, and sprayer. Generally shared across the small-grain and row-crop rotation.
cultivation
For conventional fall seedbed prep into row-crop residue. Not needed for no-till establishment.
spraying
For fall burndown, spring herbicide, fungicide, and PGR applications. Custom-application is widely available as a substitute.
For split-application spring nitrogen. Custom-application is common; on-farm equipment is a capital decision based on acres farmed.
harvesting
Standard combine with rigid or draper header. Wider headers reduce harvest hours; widely shared across the small-grain rotation.
post_harvest
For moving harvested wheat from combine to truck. 800-1000 bushel cart typical.
For drying wheat harvested above 14% moisture. Critical for avoiding storage damage in humid harvest seasons.
For holding crop for forward delivery or basis improvement. Aeration is essential; sealed-bin fumigation may be required for stored-grain insects.
general
For documenting field-level yield variability and reducing overlap on drill, sprayer, and combine passes. Standard kit on newer machines; retrofit is widely available.
Finance Fit
Revenue Above Average
Gross revenue ($422/acre) below regional average
Input Costs Acceptable
Annual operating costs ($300/acre) within typical farm budgets
Payback Period OK
Annual crop; returns in first season
Insurance Available
Federal crop insurance available
Revenue Per Labor Hour
Revenue per labor hour ($42) is competitive
Grants/Subsidies
Grant and subsidy programs available (Specialty Crop Block Grant, EQIP, Beginning Farmer, etc.)
Economics Breakdown
| Avg Price/Unit | $6/$ / bu |
| Gross Revenue/Acre | $422 |
| Annual Operating Cost | $300/acre |
| Establishment Cost | $200/acre |
| Total Input Cost | —/acre |
| Net Return/Acre | $50 |
| Revenue/Labor Hour | — |
| Crop Insurance | Available |
Source: Cornell Cooperative Extension, Penn State Extension, USDA RMA, regional budget studies (2025)
Risk Fit
Manageable Pest/Disease
Low pest/disease pressure; manageable with standard IPM
Market Diversified
Market access diversified across multiple channels
Low Establishment Risk
Low establishment risk; quick to establish or low upfront investment
Climate Resilient
Hardy and resilient to climate variability in the region
Regulatory Burden Low
Minimal regulatory burden for production and sale
Diversifies Portfolio
Diversifies farm revenue away from grape monoculture
Known Risks
disease
Devastating fungal disease infecting heads during flowering. Causes yield loss plus mycotoxin (DON/vomitoxin) contamination that triggers grain market dockage or rejection. Major concern in humid wheat-growing regions globally.
Rapidly spreading fungal disease with yellow stripes of pustules on leaves. New aggressive races have overcome historical resistance. Can cause 50-80% yield loss in susceptible varieties.
Most widely distributed wheat rust globally. Orange-red pustules on leaves reduce photosynthesis. Pathogen mutates frequently, overcoming resistance genes.
weather
Wheat yield highly dependent on water availability during heading and grain fill (May-June in Northern Hemisphere). Drought at this stage can cut yields 30-60%.
Winter wheat can be killed by temperatures below -10°F (-23°C) without snow cover, ice sheeting, or freeze-thaw cycles. Stand loss of 30-100% possible in severe winters.
pest
Global wheat pest. Larvae feed at base of stems causing stunting, lodging, and yield loss. Biotypes continually overcome resistance genes.
Cereal aphids (Rhopalosiphum padi, others) transmit Barley Yellow Dwarf Virus causing stunting, yellowing, and significant yield loss. Worldwide distribution.
market
Wheat prices highly exposed to global supply shocks (Russia-Ukraine, drought in major exporters), exchange rates, and export policies. Farm-gate prices can swing 50%+ year-over-year.
Nutritional Yield
Nutrition data pending.
Research agents will profile Winter Wheat against USDA FoodData Central on the next maintenance pass. Per-acre nutritional yield will appear here once the per-100g panel is recorded.
Ecosystem Services
Ecosystem service data pending.
The next research-agent rotation will document this crop's contributions to pollinator support, soil health, water quality, biodiversity, and carbon sequestration.
Nearby Buyers
Data Sources
Every data point on this page is traceable to its source. Below you'll find the complete provenance trail — which sources were used, when data was last verified, and a full change history.
Primary sources: Data sourced from Cornell Cooperative Extension, Penn State Extension, USDA resources, and regional research.
Economics data year: 2025 · Region: lake_erie View economics source →
41 tracked changes across 7 data categories