Primary tillage systems differ in their impact on soil and crops as well as the amount of time and resources they require. Tillage may loosen soil, incorporate nutrients, warm or dry soil, manage weeds, bury residue, or level the surface for subsequent operations. Variable soil and weather conditions may result in different decisions about the need for tillage even within similar soil types. A three-year experiment compared corn and soybean yields among subsoil, chisel plow, striptill, and no-till systems on Webster silty clay loam soil
Trends from a tillage study conducted since 2011 have shown no clear differences between tillage sys...
The need for tillage in corn and soybean production in the Kansas River Valley continues to be debat...
The project goal is to compare yields of three different tillage systems on a sloping, moderately we...
Producers are concerned about the differences among tillage systems and how these affect corn and so...
Tillage helps manage residue, controls weeds, incorporates soil amendments and is used extensively t...
This archival publication may not reflect current scientific knowledge or recommendations. Current i...
Every fall and spring, producers are faced with tillage decisions for the next crop year. Generally,...
AbstractCorn and soybean are among the major crops in the United States. Corn alone covers about 88 ...
Profit margins of soybean [Glycine max (L.) Merr.] in the United States have recently declined as a ...
Soil tillage has significant impact on soil, water, and nutrient extraction by crop plants. In the s...
The need for tillage in corn and soybean production in the Kansas River Valley continues to be debat...
The perceived effect of no-tillage on soil temperature, soil moisture conditions, soil compaction, s...
Studies were conducted to evaluate cotton yield response to tillage systems; and corn and soybean yi...
Tillage systems can affect soil productivity, crop N availability and use efficiency, and seedbed co...
Reduced tillage, including no-till, and crop rotation are common practices for corn (Zea mays L.) an...
Trends from a tillage study conducted since 2011 have shown no clear differences between tillage sys...
The need for tillage in corn and soybean production in the Kansas River Valley continues to be debat...
The project goal is to compare yields of three different tillage systems on a sloping, moderately we...
Producers are concerned about the differences among tillage systems and how these affect corn and so...
Tillage helps manage residue, controls weeds, incorporates soil amendments and is used extensively t...
This archival publication may not reflect current scientific knowledge or recommendations. Current i...
Every fall and spring, producers are faced with tillage decisions for the next crop year. Generally,...
AbstractCorn and soybean are among the major crops in the United States. Corn alone covers about 88 ...
Profit margins of soybean [Glycine max (L.) Merr.] in the United States have recently declined as a ...
Soil tillage has significant impact on soil, water, and nutrient extraction by crop plants. In the s...
The need for tillage in corn and soybean production in the Kansas River Valley continues to be debat...
The perceived effect of no-tillage on soil temperature, soil moisture conditions, soil compaction, s...
Studies were conducted to evaluate cotton yield response to tillage systems; and corn and soybean yi...
Tillage systems can affect soil productivity, crop N availability and use efficiency, and seedbed co...
Reduced tillage, including no-till, and crop rotation are common practices for corn (Zea mays L.) an...
Trends from a tillage study conducted since 2011 have shown no clear differences between tillage sys...
The need for tillage in corn and soybean production in the Kansas River Valley continues to be debat...
The project goal is to compare yields of three different tillage systems on a sloping, moderately we...