Even when you plan to seed winter wheat at the optimum time, weather, equipment breakdown, or other problems may prevent it. If you're in this situation, increasing your seeding rate, using narrow row spacing, and applying other practices described here can help you achieve a successful wheat stand despite the challenges.
Now in its third year of wheat research and variety trials, the Henry J. Stumpf International Wheat Center near Grant conducts research on rainfed production in western Nebraska. While the 2017 trial was badly damaged by hail, this recap looks at yield trends from all three years.
Nebraska Extension educators and specialists would like to hear from growers and agribusiness about their experiences with dicamba this season. Information can be shared via an online survey or by contacting them directly with the email provided.
Drought conditions across much of Nebraska will limit grain yields in dryland corn this year, leading growers to look at other options for harvesting value from these fields. In some cases, harvesting this plant material may contribute to nutrient and water removal from the soil and may not be the best solution for your rotation or cropping system.
A strategy combining well-timed herbicide applications, split treatments, and effective cultural practices is key to managing weeds in wheat to reduce soil moisture loss and the weed seed bank. This story addresses what to consider as well as particular weed challenges in wheat.
Timely control of volunteer wheat and other weeds is key to managing yield loss risk in your 2018 crop. Yield-limiting risk factors affected by weed control include wheat streak mosaic and other diseases, insects (wheat stem sawfly and disease vectors), moisture loss, and increased weed seed production.
Dicamba-resistant soybean, genetically engineered to provide resistance to dicamba and glyphosate, was made commercially available for the 2017 growing season. This article looks at potential dicamba injury to sensitive crops and plants.