Here we’ll delve into tillage implements and explore their performance in varying soil conditions. In this interactive demonstration, we will compare the effectiveness of seven different tillage implements as they maneuver through wet soil, dry soil, and soil with actively growing rye cover crops. Witness firsthand how these implements move, mix the soil, and efficiently incorporate dry fertilizer, all while adapting to different soil moisture levels.
Gain in-depth knowledge about the various growth patterns exhibited by cover crops, both beneath the surface and aboveground. We’ll discuss root systems and understand how they play a pivotal role in promoting efficient water infiltration. In addition, we will explore the aboveground growth patterns of cover crops, unveiling the remarkable ways in which they contribute to protecting our valuable topsoil from erosion.
Planting soybeans into living cereal rye can help with lower weed emergence, soak up spring soil moisture, and reduce erosion. However, if the rye isn’t terminated in time, it can reduce yield and create a haven for pests. Learn about the research from Western MN and what the results have found.
Discover the profound consequences of soil erosion on both soil health and crop growth in this informative session. By comparing soil pits located at the top and bottom of a hill, we will showcase the erosion issues faced and delve into strategies for minimizing erosion in your fields.
This session will focus on ownership and operating costs associated with cover crops and how they affect farmers' financial position. FINBIN data was used to identify management and economic reasons that farmers may be hesitant to adopt cover crops, and to distinguish the impact of cover crops on short-term and long-term cash flow positions.