Which Soybean Varieties Have Higher Protein and Oil Content so I Can Capitalize on Premium Pricing?
In addition to using the SCIO CNST NIR technology on the combine to determine the protein and oil content of each tested variety, soil samples will be collected at harvest to assess population levels of soybean cyst nematode (SCN).
What Is the Ideal Planting Window To Establish Cover Crops and Obtain Optimum Crop Growth and Yield of Rotational Crops?
To encourage farmers to include more cover crops within their cropping systems, this project is comparing 1) different cereal rye seeding dates and rates before soybean, and 2) different planting dates of two clover species after soybean harvest and ahead of corn.
How Can I Become More Confident in Identifying Conservation Practices That Will Positively Impact Crop Productivity and Related Environmental Factors on My Farm?
This project will evaluate current and past trial data, as well as implement additional trials across the state, to help quantify the benefits of adopting conservation management practices so that Illinois’ soybean farmers are equipped to take advantage of developing ecosystem marketplaces.
Adaptive Management for Maximizing Soybean Production Following Cereal Rye Termination
Trials in this multi-year project will help researchers better understand 1) how cereal rye influences nitrogen (N) and sulfur (S) availability and soybean uptake, and 2) evaluate soybean yield response to N and S fertilization, alone and in combination, after a cereal rye cover crop.
Controlled-Release N, P & K Fertilizer Management in Strip-Till 30” Rows and No-Till 15″ Rows for High-Yield Soybeans
This project aims to better understand how strategic nutrient management can impact soybean yield across northern and central Illinois. It will evaluate different nutrient strategies under no-till, strip-till, 15” rows, 30” rows, with cover crops, and without cover crops.
How Extensive Is Resistance to Group 15 Herbicides in Illinois Waterhemp Populations?
To better understand the frequency of resistance to Group 15 herbicides, this project will collect and screen waterhemp populations from Illinois soybean fields.
Using Multispectral Platforms to Manage the Soybean Cyst Nematode
By advancing technology capabilities, farmers will have a more clear and specific view of SCN population levels, activity and density across their fields. This will allow them to be more precise in their management of SCN.
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