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Growing Wheat

All Growing Wheat Content

A field of emerging winter wheat in early spring.

Winter Wheat Breaking Dormancy Early

A threshold indicator for winter wheat emergence is to consider average temperatures over a 14-day period. When that 14-day average temperature is equal to or above 5°C, or 41°F, then hard red winter wheat can break dormancy.

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The Small Grains Disease Forecasting System Could Save Producers Money

The South Dakota State University Small Grains Plant Pathology program has partnered with the Small Grains Plant Pathology program at North Dakota State University to deploy a small grains disease forecasting system for South Dakota. The system uses weather variables including rainfall, temperature, and relative humidity to predict the likelihood of disease development. This new tool has the potential to save growers money by helping them avoid unnecessary fungicide applications, or knowing when to apply a rescue fungicide treatment.

Wheat heads with extreme white-yellow bleaching.

Updated National Fusarium Head Blight (Scab) Prediction Center

The new Fusarium (Scab) Head Blight Prediction Center is now up and running. The purpose of this Assessment Tool is to provide producers and crop consultants with a Fusarium Head Blight (FHB/scab) risk assessment tool which leads up to and includes flowering (anthesis).

A collage of farmers from different time periods sharing information.

Effecting Change Towards Economic Growth

During 2018 the main driver for South Dakota's economic growth continued to be agriculture. It is still the number one industry, with almost $20 billion in impact yearly. In today’s uncertain economic environment, two things can help farmers succeed: information and knowledge.

Blades of green wheat in a wheat field.

Scouting Wheat Fields

Scouting is the process of monitoring fields and crops during a growing season. It can provide producers with field specific information on pest pressure and crop injury.

A wheat field at sunset.

Water Use by Plant Stage

Over the growing season, solar radiation, air temperature and plant size are the dominant factors in determining evaporative demand and the rate of water use by wheat. Water use can vary dramatically on a day-to day basis, depending on climate and wheat health.

A hand examining a wheat plant in a wheat field

Improving Protein Content in Wheat

Wheat producers in South Dakota always strive to grow a premium product. Quality in wheat often depends on test weight and protein content.

A field of green winter wheat.

Planning for Quality in Wheat

Excess moisture and limited field days have made it difficult for producers to add nitrogen to wheat fields this year. This could be a concern, as nitrogen contributes to both yield and protein. This year, it may pay off to take tissue and soil tests from questionable wheat fields to help with nitrogen application decisions.

Winter wheat field in early fall with small, green wheat plants emerging.

Winter Wheat Planting Considerations

As we move into fall, winter wheat growers often ask, "What is the best time to plant winter wheat?" If planted too early, winter wheat can develop disease and insect problems. If planted too late, it can get winter killed.

Hail-damaged soybean field with storm clouds in the background.

Making the Best of Hail-Damaged Row Crops

Late-season hail damage can leave growers wondering what to do next. Before deciding what to do with your hail-damaged fields, take some time to consider a variety of management options.