Add to ORKGStrip-tillage is a low-impact cultivation technique suited to irrigated land with a lot of residue from a previous crop. A strip-till system creates both clean-till and high-residue conditions in the same field, taking advantage of both systems while minimizing drawbacks. This publication discusses the benefits of this system, as well as equipment needed, general management concerns, and how to get started. A budget is also included to help growers determine the relative net cost of implementing this system
Problem Diversified cropping systems can be time consuming for the farmer, finding techniques that ...
Conservation tillage was used on more than 99 million acres in 1994, about 35 percent of U.S. plante...
Residue management is a major factor affecting no-till cropping systems. Residue left standing may r...
Published August 2010. Please look for up-to-date information in the OSU Extension Catalog: http://e...
The trend among northern Plains farmers is toward using less tillage to produce field crops with mor...
No-till farming systems have both advantages and challenges concerning the management of crop residu...
Recent advances in crop establishment techniques have led to the introduction of conservation tillag...
Managing corn residue, particularly with no-till system in highly productive and wet soils present a...
Crop producers are increasingly interested in methods to manage higher levels of surface residue. Bo...
Practicing less tillage and retaining more crop residue on the soil surface can reduce the rate of e...
Leaving crop residue on the soil surface during cropping has a number of clear advantages over tilla...
Practicing less tillage and retaining more crop residue on the soil surface can reduce the rate of e...
Problem Diversified cropping systems can be time consuming for the farmer, finding techniques that ...
This report documents a method used to define the tillage system used in crop production, based on t...
Where does strip-tillage fit? Where does no-till work best? Will strip-tillage out yield no-till on ...
Problem Diversified cropping systems can be time consuming for the farmer, finding techniques that ...
Conservation tillage was used on more than 99 million acres in 1994, about 35 percent of U.S. plante...
Residue management is a major factor affecting no-till cropping systems. Residue left standing may r...
Published August 2010. Please look for up-to-date information in the OSU Extension Catalog: http://e...
The trend among northern Plains farmers is toward using less tillage to produce field crops with mor...
No-till farming systems have both advantages and challenges concerning the management of crop residu...
Recent advances in crop establishment techniques have led to the introduction of conservation tillag...
Managing corn residue, particularly with no-till system in highly productive and wet soils present a...
Crop producers are increasingly interested in methods to manage higher levels of surface residue. Bo...
Practicing less tillage and retaining more crop residue on the soil surface can reduce the rate of e...
Leaving crop residue on the soil surface during cropping has a number of clear advantages over tilla...
Practicing less tillage and retaining more crop residue on the soil surface can reduce the rate of e...
Problem Diversified cropping systems can be time consuming for the farmer, finding techniques that ...
This report documents a method used to define the tillage system used in crop production, based on t...
Where does strip-tillage fit? Where does no-till work best? Will strip-tillage out yield no-till on ...
Problem Diversified cropping systems can be time consuming for the farmer, finding techniques that ...
Conservation tillage was used on more than 99 million acres in 1994, about 35 percent of U.S. plante...
Residue management is a major factor affecting no-till cropping systems. Residue left standing may r...