Add to ORKGIn 1995, a liming study was initiated at the Armstrong Farm in what had been a continuous corn production system where acid soil had developed from nitrogen (N) fertilizer use. In 2003, the experimental area was divided into thirds. A corn-soybean rotation occupies two-thirds of the area and continuous corn continues to occupy the remaining third. The goals of this experiment are to determine corn crop and soil responses to liming and crop rotation effects on N management
Corn (Zea mays L.) production under monoculture and conventional tillage systems may land to soil de...
Soil tillage has significant impact on soil, water, and nutrient extraction by crop plants. In the s...
Crop rotations influence yield and some soil properties because of changes in availability of nutrie...
In 1995, a liming study was initiated at the Armstrong Farm in what had been a continuous corn produ...
Producers faced with economic and environmental concerns should know about the benefits of lime, nit...
The objectives of this research were (a) to study yield effects of fall applied anhydrous ammonia on...
The objective of this experiment was to determine whether liming acid soils for continuous cropping ...
Given the dynamic nature of soil nitrogen (N), inorganic N fertilization to corn (Zea mays L.) has p...
Increasing concerns about fertilizer nitrogen (N) cost, public awareness of effects of excess N use ...
Corn yield response to liming acid Nebraska soils was evaluated in this field study by means of pair...
In 1995, a liming study was initiated at the Armstrong Farm where acid topsoil had developed from ex...
In 1995, a liming study was initiated at the Armstrong Farm where acid topsoil had developed from ex...
In 1995, a liming study was initiated at the Armstrong Farm where acid soil had developed from exten...
A long-term experiment (1958-2002) provides information about the sustainability of long-term nitrog...
Improving water quantity and quality impacts of corn ( L.)- and soybean [ (L.) Merr.]-based cropping...
Corn (Zea mays L.) production under monoculture and conventional tillage systems may land to soil de...
Soil tillage has significant impact on soil, water, and nutrient extraction by crop plants. In the s...
Crop rotations influence yield and some soil properties because of changes in availability of nutrie...
In 1995, a liming study was initiated at the Armstrong Farm in what had been a continuous corn produ...
Producers faced with economic and environmental concerns should know about the benefits of lime, nit...
The objectives of this research were (a) to study yield effects of fall applied anhydrous ammonia on...
The objective of this experiment was to determine whether liming acid soils for continuous cropping ...
Given the dynamic nature of soil nitrogen (N), inorganic N fertilization to corn (Zea mays L.) has p...
Increasing concerns about fertilizer nitrogen (N) cost, public awareness of effects of excess N use ...
Corn yield response to liming acid Nebraska soils was evaluated in this field study by means of pair...
In 1995, a liming study was initiated at the Armstrong Farm where acid topsoil had developed from ex...
In 1995, a liming study was initiated at the Armstrong Farm where acid topsoil had developed from ex...
In 1995, a liming study was initiated at the Armstrong Farm where acid soil had developed from exten...
A long-term experiment (1958-2002) provides information about the sustainability of long-term nitrog...
Improving water quantity and quality impacts of corn ( L.)- and soybean [ (L.) Merr.]-based cropping...
Corn (Zea mays L.) production under monoculture and conventional tillage systems may land to soil de...
Soil tillage has significant impact on soil, water, and nutrient extraction by crop plants. In the s...
Crop rotations influence yield and some soil properties because of changes in availability of nutrie...