Water quality issues have renewed interest in timing of nitrogen (N) application as a means to improve use efficiency in corn and reduce losses. Improved economic return is also desired as N fertilization is one of the most costly inputs to corn production. Time of fertilizer application is a component of the site-specific 4R nutrient management stewardship programs. In Iowa, the Nutrient Reduction Strategy has a 7% (37% std. dev.) nitrate-N reduction with a 0% (3% std. dev.) corn yield change for sidedress compared to pre-plant N application (SP 0435A)
It’s been a wait-go-stop (repeat) corn planting season this spring. Whether you planted early or are...
Periods of wetness and dryness extremes can have dramatic effects on available N supply from soil an...
The practice of applying a portion of N fertilizer during late vegetative growth of corn using high-...
Water quality issues have renewed interest in timing of nitrogen (N) application as a means to impro...
Water quality impairment related to nitrogen (N) continues to be a concern in Iowa, including the ni...
Water quality impairment related to nitrogen (N) continues to be a concern in Iowa, including the ni...
Environmental conditions vary widely in the spring in southeastern Kansas. As a result, much of the ...
The use of subsurface drip irrigation (SDI) in row-crop agriculture is increasing because of potenti...
As pressure continues to reduce production costs, to manage risks, and to reduce loss of N to the en...
Splitting the N application into two or more timings may improve corn (Zea mays L.) grain yield and ...
Splitting the N application into two or more timings may improve corn (Zea mays L.) grain yield and ...
Most com producers apply fertilizer nitrogen (N) several weeks or months before com plants emerge fr...
Guidelines, or recommendations, for nitrogen (N) management in the Corn Belt are important to corn p...
A method of fertilizer application that was standard practice 30 to 50 years ago has become importan...
In most crop rotations that include corn, nitrogen (N) applied to the corn phase is a proven and pro...
It’s been a wait-go-stop (repeat) corn planting season this spring. Whether you planted early or are...
Periods of wetness and dryness extremes can have dramatic effects on available N supply from soil an...
The practice of applying a portion of N fertilizer during late vegetative growth of corn using high-...
Water quality issues have renewed interest in timing of nitrogen (N) application as a means to impro...
Water quality impairment related to nitrogen (N) continues to be a concern in Iowa, including the ni...
Water quality impairment related to nitrogen (N) continues to be a concern in Iowa, including the ni...
Environmental conditions vary widely in the spring in southeastern Kansas. As a result, much of the ...
The use of subsurface drip irrigation (SDI) in row-crop agriculture is increasing because of potenti...
As pressure continues to reduce production costs, to manage risks, and to reduce loss of N to the en...
Splitting the N application into two or more timings may improve corn (Zea mays L.) grain yield and ...
Splitting the N application into two or more timings may improve corn (Zea mays L.) grain yield and ...
Most com producers apply fertilizer nitrogen (N) several weeks or months before com plants emerge fr...
Guidelines, or recommendations, for nitrogen (N) management in the Corn Belt are important to corn p...
A method of fertilizer application that was standard practice 30 to 50 years ago has become importan...
In most crop rotations that include corn, nitrogen (N) applied to the corn phase is a proven and pro...
It’s been a wait-go-stop (repeat) corn planting season this spring. Whether you planted early or are...
Periods of wetness and dryness extremes can have dramatic effects on available N supply from soil an...
The practice of applying a portion of N fertilizer during late vegetative growth of corn using high-...