Holen, D. 2011. Consider advantages, disadvantages and timing of ground rolling in Ag News Wire, University of Minnesota Extension. Online at: soybean production. Rueber, D., Holmes, J. 2012. Iowa Water Infiltration following Land Rolling of Soybeans. State University 2011 Northern Research and Demonstration Farm Progress Report. Online at: Captions for Photos Rolling corn residue in a field ahead of planting soybeans. Figure 1. A Flexi-coil packer used at the Woodlake, Minnesota scale research locations. Figure 2. A Brillion notched roller used at the Canby, Minnesota scale research location. Figure 3. A smooth roller (like the Degelman pictured here) was used at 5 field-scale Figure 4. research locations in Minnesota. Locations of the field scale research plots in Western Minnesota. Figure 5. Broken stem from rolling a soybean plant at the 3rd trifoliate stage. Figure 6.
Holen, D. 2011. Consider advantages, disadvantages and timing of ground rolling in soybean production. Ag News Wire, University of Minnesota Extension. Online at: Rueber, D., Holmes, J. 2012. Water Infiltration following Land Rolling of Soybeans. Iowa State University 2011 Northern Research and Demonstration Farm Progress Report. Online at: Captions for Photos Figure 1. Rolling corn residue in a field ahead of planting soybeans. Figure 2. A Flexi-coil packer used at the Woodlake, Minnesota scale research locations. Figure 3. A Brillion notched roller used at the Canby, Minnesota scale research location. Figure 4. A smooth roller (like the Degelman pictured here) was used at 5 field-scale research locations in Minnesota. Figure 5. Locations of the field scale research plots in Western Minnesota. Figure 6. Broken stem from rolling a soybean plant at the 3rd trifoliate stage.