Numerous tillage studies have been conducted in Iowa, the Midwest, and throughout the U.S. with a wide range of results. The tillage system that results in the highest yield depends on several factors including soil type and weather during the study Generally, systems with little soil disturbance are favored on coarser textured soils and/or in drier years (Eckert 1987; Beyaert et al 2002). For soil and water conservation purposes, as well as for economic reasons, extending successful use of no-till or similar systems to finer textured soils seems advantageous
Environmental variations related with different sowing dates have an altering effect on the growth a...
The emergence of strip-till (ST) as an alternative to no-till (NT) provides corn (Zea mays L.) and s...
Environmental variations related with different sowing dates have an altering effect on the growth a...
Although tillage systems produce different soil conditions, which result in different ideal planting...
Tillage systems can affect soil productivity, crop N availability and use efficiency, and seedbed co...
Although tillage systems produce different soil conditions, which result in different ideal planting...
The perceived effect of no-tillage on soil temperature, soil moisture conditions, soil compaction, s...
Where does strip-tillage fit? Where does no-till work best? Will strip-tillage out yield no-till on ...
The perceived effect of no-tillage on soil temperature, soil moisture conditions, soil compaction, s...
No-till corn is best adapted to well drained soils. It is on these soils that no-till has been most ...
Continuous use of no-till planting systems may result in reduced yields, especially on finer texture...
Continuous use of no-till planting systems may result in reduced yields, especially on finer texture...
The variability in soil conditions is a key factor in selecting tillage and cropping systems that wi...
Primary tillage systems differ in their impact on soil and crops as well as the amount of time and r...
Farmers in central and north central Iowa are often criticized for low adoption of no-tillage. No-ti...
Environmental variations related with different sowing dates have an altering effect on the growth a...
The emergence of strip-till (ST) as an alternative to no-till (NT) provides corn (Zea mays L.) and s...
Environmental variations related with different sowing dates have an altering effect on the growth a...
Although tillage systems produce different soil conditions, which result in different ideal planting...
Tillage systems can affect soil productivity, crop N availability and use efficiency, and seedbed co...
Although tillage systems produce different soil conditions, which result in different ideal planting...
The perceived effect of no-tillage on soil temperature, soil moisture conditions, soil compaction, s...
Where does strip-tillage fit? Where does no-till work best? Will strip-tillage out yield no-till on ...
The perceived effect of no-tillage on soil temperature, soil moisture conditions, soil compaction, s...
No-till corn is best adapted to well drained soils. It is on these soils that no-till has been most ...
Continuous use of no-till planting systems may result in reduced yields, especially on finer texture...
Continuous use of no-till planting systems may result in reduced yields, especially on finer texture...
The variability in soil conditions is a key factor in selecting tillage and cropping systems that wi...
Primary tillage systems differ in their impact on soil and crops as well as the amount of time and r...
Farmers in central and north central Iowa are often criticized for low adoption of no-tillage. No-ti...
Environmental variations related with different sowing dates have an altering effect on the growth a...
The emergence of strip-till (ST) as an alternative to no-till (NT) provides corn (Zea mays L.) and s...
Environmental variations related with different sowing dates have an altering effect on the growth a...