Each year, the harvest season brings about the opportunity for producers to finally enjoy the fruits of their labor. According to the U.S. Wheat Associates, the summer wheat harvest takes place from May to October, though timing can differ from year to year due to a number of factors, including crop maturity, location, and weather conditions. Winter wheat harvest can begin in late spring or early summer in southern areas, while spring wheat harvest often extends later into the summer or early fall.
To prepare for wheat harvest season in the United States, producers should consider the factors that affect yield and grain quality. This guide will cover key harvest season tips, including common crop challenges, equipment considerations, and maintenance practices.
Key Takeaways
- Wheat harvest season takes place between May and October, but timing can vary based on weather patterns and crop conditions.
- The climate plays an important role in wheat harvesting, as excess moisture and field conditions can impact grain quality.
- Monitoring fields for common wheat diseases, including fusarium head blight, stagonospora nodorum blotch, and take-all, can help preserve crop quality.
- Selecting the right equipment, including the John Deere S-Series or T670 combines, will help improve efficiency when harvesting.
- Equipment maintenance is essential for ensuring streamlined operations and performance throughout the wheat harvest season.
When is Wheat Harvest Season?
In the United States, wheat harvest season depends on the type of wheat, region, crop maturity, and weather patterns, but is typically harvested between May and October. Winter wheat harvest can begin in late spring or early summer in southern regions, while spring wheat and durum harvest often occur later in the summer or early fall. Throughout the season, producers should monitor crop maturity, moisture levels, and weather conditions to determine the optimal harvest window.
5 Tips for a Successful Wheat Harvest Season
Weather conditions, crop health, and equipment readiness can all influence the success of a wheat harvest season. By developing a well-thought-out strategy, producers can help improve field efficiency and minimize potential harvest issues.
Consider the following 5 tips when preparing for wheat harvest season:
- Prepare Equipment Before Harvest Begins
- Monitor Weather and Field Conditions
- Identify and Manage Wheat Diseases
- Protect Grain Quality During Harvest
- Plan for Changing Harvest Conditions
1. Prepare Equipment Before Harvest Begins
Before the wheat harvest season begins, producers should ensure that harvesting equipment is properly inspected. Routine maintenance checks to review oil levels, fuel systems, and other components can help keep equipment operating efficiently throughout the harvest. It is also essential to make any necessary repairs on combines or other equipment before the harvest to reduce delays and ensure proper performance.
2. Monitor Weather and Field Conditions
Despite best efforts during the planting season, producers may experience issues during harvest as a result of conditions that may be out of their hands, including the climate. Excess moisture and changing temperatures can severely impact harvest timing and crop quality. A wheat harvest is ideally performed in dry, warm, and sunny conditions. Producers should regularly monitor weather and field conditions to determine the best times to harvest their crops.
3. Identify and Manage Wheat Diseases
Certain weather conditions, specifically excess moisture, can increase the risk of wheat diseases. If not managed, wheat diseases can reduce yield, lower grain quality, and create challenges for future crops, especially when pathogens persist in crop residue, soil, seed, or grassy hosts, which is why early identification is essential.
Before harvesting begins, producers should be aware of the diseases that could harm their wheat – this includes those affecting heads and grains, those affecting leaves, and those affecting the stems and roots. Key wheat diseases to watch out for include:
- Fusarium Head Blight: Characterized by the premature whitening of wheat heads and caused by the fungus Fusarium graminearum. Management may include planting less susceptible varieties, avoiding high-risk residue situations, using foliar fungicides when appropriate, and adjusting combine settings during harvest to help remove lightweight, infected kernels.
- Stagonospora Nodorum Blotch: This disease can affect wheat leaves and heads. Leaf symptoms often appear as brown or tan lesions with a thin yellow halo. Management can include resistant varieties, crop rotation, fungicide seed treatments, and foliar fungicides when appropriate.
- Take-All: This soil-borne fungal disease can cause patches of premature white heads and black discoloration on lower stems and roots. Crop rotation and grassy weed control can help reduce disease pressure.
4. Protect Grain Quality During Harvest
Maintaining grain quality is essential for maximizing yield and ensuring a consistent harvest. Making timely adjustments based on harvest conditions supports a more productive harvest. Producers should take steps to separate damaged grain from healthy crop material to preserve overall quality. Adjusting combine settings based on the specific field conditions can also help reduce grain damage.
5. Plan for Changing Harvest Conditions
Wheat harvest conditions can vary due to weather and crop variability. Producers should be prepared to adjust their strategy accordingly to maintain consistent yields. This includes a proactive approach to moisture changes and field management by adjusting combine settings and recalibrating yield or moisture monitors. The goal of every wheat harvest is to maximize yields while minimizing grain loss.
Key Equipment for Wheat Harvest Season
Selecting the right equipment is crucial for maximizing productivity during a wheat harvest. These machines help ensure consistent grain quality and performance under a variety of field conditions.
John Deere has a range of equipment designed to deliver consistent grain quality while harvesting, including the S-Series and T670 combines. These combines and their supporting attachments are built to keep up with the changing conditions and maintain high levels of productivity during a harvest.
S-Series Combines
Used John Deere S700 combines, including models such as the S760, S770, S780, and S790, are commonly used in grain harvesting applications, including wheat. These machines offer a range of features and harvesting technology to help boost performance:
- ActiveYield: A real-time measurement technology that uses load cells in the grain tank to support continuous calibration of the mass flow sensor as grain fills the tank, helping reduce manual calibration steps and support more accurate yield data.
- Dyna-Flo Plus Cleaning Shoe: Depending on the combine model and configuration, the Dyna-Flo Plus Cleaning Shoe is designed to improve grain cleaning and crop flow. For the newest S7 combines offered by John Deere, this feature increases cleaning capacity when harvesting wheat by 14%.
- Small Grains Package: A package designed to improve performance when harvesting grains with features such as a high-performance feeder house, active concave isolation, heavy-duty separator grates, and an 8-wing feed accelerator designed to improve crop flow and separation efficiency.
T670 Combine
In addition to the capabilities of the S-Series combines, producers can improve small grain handling by employing the John Deere T670 Combine. The T670 is well-suited for small-grain harvesting applications and may be a strong fit for operations looking for equipment designed to support grain separation and cleaning.
The T670 uses a straw-walker separation system to promote efficient crop flow during harvesting. When considering a T670, producers should consider the machine’s model year, configuration, and hours to evaluate how well it aligns with their harvesting needs.
Attachments for John Deere Combines
John Deere also has a range of attachments to improve the wheat harvesting experience and improve productivity:
- HydraFlex Drapers – The technology built into these drapers enables more control when it comes to how much of the cutterbar’s weight is on the ground without compromising the ultra-low cutting height this header offers. Models include the 730FD, 735FD, 740FD, and 745FD.
- 700D Drapers – These drapers are designed with features that help minimize outer divider plugging and improve feeding efficiency. Operators also have the option of a 14-inch feed drum, which provides additional space for crop flow through the center feed section, thereby increasing throughput in header-limited conditions. Models include the 740D, 735D, 730D, and 725D.
How to Maintain Your Equipment Throughout the Wheat Harvest Season
While weather and crop malformation play a large role in whether or not producers have a successful wheat harvest season, equipment maintenance must be considered just as important. Throughout the season, producers should remember the following combine maintenance tips:
- Inspect your machine regularly to avoid wasting time dealing with issues out in the field.
- Observe field conditions to determine how to address potential issues.
- Always be ready to make repairs to your equipment if necessary.
- Perform regular service checks for oil levels, fuel, and other factors that could impact harvest operations.
Prepare for a Productive Wheat Harvest Season
Meeting goals during the harvest season can depend on a number of factors, from weather conditions to equipment types. By taking these wheat harvest tips into consideration and taking action when necessary, producers can end the season on a high note and prepare themselves for future yields.
If you have any questions about how to improve the wheat harvesting experience or are interested in used combines, you can contact your local John Deere dealer.
Wheat Harvest Season FAQs
What month is wheat usually harvested?
The wheat harvest season varies by wheat class and region. In the United States, wheat harvest season occurs anywhere from May to October, depending on crop maturity, location, and weather conditions. Winter wheat harvest typically starts in late spring or early summer in southern areas, while spring wheat and durum harvest take place later in the summer or early fall.
Is wheat a summer crop?
Wheat may be classified as winter wheat or spring wheat depending on when it is planted. Winter wheat is planted in the fall and is harvested the following year, while spring wheat is planted in the spring and harvested later in the growing season. In many U.S. regions, most of the wheat harvest in the United States occurs in the warm summer months, but timing depends on wheat class and location.
Why is grain quality important during wheat harvest?
Grain quality is important because it illustrates the health of the crop and impacts storage, marketability, and potential discounts at delivery. Executing a timely harvest, ensuring proper combine settings, and implementing moisture management can help reduce kernel damage, preserve test weight, and maintain crop value.
What are the biggest challenges during wheat harvest season?
Major wheat harvest challenges include changing weather, excess moisture, disease pressure, crop lodging, grain quality concerns and equipment readiness. These factors can affect harvest timing and yield quality if not properly managed.
How does moisture affect a wheat harvest?
Wheat should be harvested in dry, sunny environments, and moisture does not allow for those conditions. Excess moisture can delay harvest, reduce grain quality, and create conditions that favor some wheat diseases or quality concerns. Repeated wetting and drying after maturity can also reduce test weight and overall grain quality.
When should you prepare your equipment for a wheat harvest?
Equipment should ideally be prepared and inspected before a wheat harvest begins. Pre-season checks, combine adjustments, and needed repairs can help reduce downtime, improve grain handling, and support a more efficient harvest.