Add to ORKGThe following outline was prepared in late fall 1990 to define the primary components required to design a no-till farming system. We offer opinions on the strengths and weaknesses of various options currently available for each of these components. No-till technology equipment, techniques, knowledge is changing rapidly. Portions of this document could be out of date quite quickly. The basic concepts and principles outlined, however, should be valid forever
In semi-arid sub-tropical areas, a number of studies concerning no-till (NT) farming systems have de...
The perceived effect of no-tillage on soil temperature, soil moisture conditions, soil compaction, s...
No-till corn production has become an important agronomic practice in Kentucky. The amount of land i...
In no-tillage planting systems, a planting is made directly into an essentially unprepared seedbed. ...
Consider the advantages of a no-till system. This publication looks at weed control, residue managem...
"In no-tillage planting systems, a planting is made directly into an essentially unprepared seedbed....
The purpose of tillage is the reduction of weeds and for seedbed preparation. Under no till, on-inco...
The Oklahoma Cooperative Extension Service periodically issues revisions to its publications. The mo...
This publication explains several minimum tillage planting methods such as strip processing, till, c...
Residue management is a major factor affecting no-till cropping systems. Residue left standing may r...
Wet conditions last fall and potential wet conditions this spring make this a good time to consider ...
No-Till cropping systems have evolved rapidly since the early 1960s and have attracted attention wor...
As energy prices continue to increase more farmers will consider reducing the number of their tillag...
Agriculture has changed in many ways during the last 50 years. One of the greatest changes has been ...
In semi-arid sub-tropical areas, a number of studies concerning no-till (NT) farming systems have de...
In semi-arid sub-tropical areas, a number of studies concerning no-till (NT) farming systems have de...
The perceived effect of no-tillage on soil temperature, soil moisture conditions, soil compaction, s...
No-till corn production has become an important agronomic practice in Kentucky. The amount of land i...
In no-tillage planting systems, a planting is made directly into an essentially unprepared seedbed. ...
Consider the advantages of a no-till system. This publication looks at weed control, residue managem...
"In no-tillage planting systems, a planting is made directly into an essentially unprepared seedbed....
The purpose of tillage is the reduction of weeds and for seedbed preparation. Under no till, on-inco...
The Oklahoma Cooperative Extension Service periodically issues revisions to its publications. The mo...
This publication explains several minimum tillage planting methods such as strip processing, till, c...
Residue management is a major factor affecting no-till cropping systems. Residue left standing may r...
Wet conditions last fall and potential wet conditions this spring make this a good time to consider ...
No-Till cropping systems have evolved rapidly since the early 1960s and have attracted attention wor...
As energy prices continue to increase more farmers will consider reducing the number of their tillag...
Agriculture has changed in many ways during the last 50 years. One of the greatest changes has been ...
In semi-arid sub-tropical areas, a number of studies concerning no-till (NT) farming systems have de...
In semi-arid sub-tropical areas, a number of studies concerning no-till (NT) farming systems have de...
The perceived effect of no-tillage on soil temperature, soil moisture conditions, soil compaction, s...
No-till corn production has become an important agronomic practice in Kentucky. The amount of land i...