Uncertainty about cost-effective methods of broadcast vs. subsurface fertilizer application and soil test interpretation for ridge-till and no-till systems may be a major factor in the slow adoption or abandonment of these systems by Iowa farmers. Broadcast fertilizer is cheaper than banding, but seems inefficient because fertilizers are not incorporated (no-till) or incorporated too late (ridge-till) for plant needs. From a soil and water quality perspective, the lack of incorporation of fertilizers, especially phosphorus fertilizer, could hamper system benefits in reducing nutrient losses in water runoff because, although reduced, the runoff contains more soluble nutrients
Fertilizer application technology has improved fertilizer use efficiency in ridge-till systems, but ...
As soil and resource conservation become dominant themes in modern agriculture, researchers seek pra...
No-till management limits the incorporation of crop residue and fertilizer with soil resulting in we...
No-till management results in little or no incorporation of crop residues and fertilizer with soil. ...
No-till management results in little or no incorporation of residues and fertilizers with soil. Broa...
A study was initiated in 1994 to evaluate longterm effects of phosphorus (P) and potassium (K) ferti...
No-till management results in little or no incorporation of crop residues and fertilizers with soil....
No-till management results in little or no incorporation of crop residues and fertilizer into the so...
The information presented is part of ongoing research to identify effective fertilizer placement met...
A long-term study was initiated in 1994 to evaluate phosphorus (P) and potassium (K) fertilizer rate...
No-till management for corn and soybean results in little or no incorporation of crop residues and f...
Broadcast fertilization could be an inefficient placement method with no-till because phosphorus (P)...
A study was initiated in 1994 to evaluate long-term effects of phosphorus (P) and potassium (K) fert...
No-till minimizes the incorporation of crop residue and fertilizer with soil; resulting in wetter, c...
This study was initiated in 1994 to study phosphorus (P) and potassium (K) fertilizer placement for ...
Fertilizer application technology has improved fertilizer use efficiency in ridge-till systems, but ...
As soil and resource conservation become dominant themes in modern agriculture, researchers seek pra...
No-till management limits the incorporation of crop residue and fertilizer with soil resulting in we...
No-till management results in little or no incorporation of crop residues and fertilizer with soil. ...
No-till management results in little or no incorporation of residues and fertilizers with soil. Broa...
A study was initiated in 1994 to evaluate longterm effects of phosphorus (P) and potassium (K) ferti...
No-till management results in little or no incorporation of crop residues and fertilizers with soil....
No-till management results in little or no incorporation of crop residues and fertilizer into the so...
The information presented is part of ongoing research to identify effective fertilizer placement met...
A long-term study was initiated in 1994 to evaluate phosphorus (P) and potassium (K) fertilizer rate...
No-till management for corn and soybean results in little or no incorporation of crop residues and f...
Broadcast fertilization could be an inefficient placement method with no-till because phosphorus (P)...
A study was initiated in 1994 to evaluate long-term effects of phosphorus (P) and potassium (K) fert...
No-till minimizes the incorporation of crop residue and fertilizer with soil; resulting in wetter, c...
This study was initiated in 1994 to study phosphorus (P) and potassium (K) fertilizer placement for ...
Fertilizer application technology has improved fertilizer use efficiency in ridge-till systems, but ...
As soil and resource conservation become dominant themes in modern agriculture, researchers seek pra...
No-till management limits the incorporation of crop residue and fertilizer with soil resulting in we...