Iowa research has provided much information about P and K management for corn and soybeans, but it has been mostly based on broadcast fertilization for tilled soils. No-till management results in little or no incorporation of residues and fertilizers with soil. Subsurface banding of phosphorus (P) and potassium (K) fertilizers with planter attachments or before planting could be more effective because both nutrients accumulate at or near the soil surface. A long-term study was initiated in 1994 at this farm and at other farms to evaluate P and K fertilizer placement for corn and soybeans managed with no-till and chisel-plow tillage
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 minimizes the incorporation of crop residue and fertilizer with soil; resulting in wetter, c...
A long-term study was initiated in 1994 to evaluate phosphorus (P) and potassium (K) fertilizer rate...
No-till management results in little or no incorporation of residues and fertilizers with soil. Broa...
No-till management results in little or no incorporation of crop residues and fertilizer into the so...
No-till management for corn and soybean results in little or no incorporation of crop residues and f...
Continued no-till management can change many soil properties and crop yield compared with tillage. B...
A study was initiated in 1994 to evaluate phosphorus (P) and potassium (K) fertilizer rates and plac...
Extensive research on this research farm during the last three decades has provided valuable informa...
No-till management results in little or no incorporation of residues and fertilizers with soil. Broa...
A study was initiated in 1994 to evaluate long-term effects of phosphorus (P) and potassium (K) fert...
No-till management results in little or no incorporation of crop residues and fertilizer with soil. ...
This study was initiated in 1994 to study phosphorus (P) and potassium (K) fertilizer placement for ...
No-till management limits the incorporation of crop residue and fertilizer with soil resulting in we...
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 minimizes the incorporation of crop residue and fertilizer with soil; resulting in wetter, c...
A long-term study was initiated in 1994 to evaluate phosphorus (P) and potassium (K) fertilizer rate...
No-till management results in little or no incorporation of residues and fertilizers with soil. Broa...
No-till management results in little or no incorporation of crop residues and fertilizer into the so...
No-till management for corn and soybean results in little or no incorporation of crop residues and f...
Continued no-till management can change many soil properties and crop yield compared with tillage. B...
A study was initiated in 1994 to evaluate phosphorus (P) and potassium (K) fertilizer rates and plac...
Extensive research on this research farm during the last three decades has provided valuable informa...
No-till management results in little or no incorporation of residues and fertilizers with soil. Broa...
A study was initiated in 1994 to evaluate long-term effects of phosphorus (P) and potassium (K) fert...
No-till management results in little or no incorporation of crop residues and fertilizer with soil. ...
This study was initiated in 1994 to study phosphorus (P) and potassium (K) fertilizer placement for ...
No-till management limits the incorporation of crop residue and fertilizer with soil resulting in we...
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 minimizes the incorporation of crop residue and fertilizer with soil; resulting in wetter, c...