In 1995, a liming study was initiated at the Armstrong Farm where acid soil had developed from extensive nitrogen (N) fertilizer use in continuous corn (CC) production without liming. In 2003, the experimental area was divided into thirds. A corn-soybean (CSb) rotation occupied two-thirds of the area and CC occupied the remaining third.Because cattle feeding is a major industry in the area, cattle hoop building manure was incorporated into the experiment in 2006 to evaluate soil acidity effects on its utilization by a corn crop and also on soil test values
Farmers growing corn and soybean in northwest Iowa have to consider the cost of ag lime when liming ...
Soil pH can be increased by manure or compost application because cattle rations usually contain lim...
The objectives of this work were to (1) asses how Shoemaker-McLean-Pratt (SMP), Sikora, and Mehlich ...
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...
Producers faced with economic and environmental concerns should know about the benefits of lime, nit...
The study was established in 1963 to determine (1) if acidification of soil from nitrogen (N) fertil...
In 1995, a liming study was initiated at the Armstrong Farm in what had been a continuous corn produ...
Grain producers in northeast Iowa are interested in the effects of liming rates on crops and soils. ...
A lime rate and source study was implemented in 1996 at the Armstrong Research Farm to observe limin...
Liming acid agricultural soils has been a long-time proven practice to maintain/improve crop yields,...
The rapidly growing popularity and adoption of no-tillage systems of corn production have required u...
A long-term study was established in 1963 and was continued until 2001 at the Northern Research Farm...
Corn yield response to liming acid Nebraska soils was evaluated in this field study by means of pair...
Limestone application to raise soil pH is needed when the pH is too acidic to allow for optimum crop...
Farmers growing corn and soybean in northwest Iowa have to consider the cost of ag lime when liming ...
Soil pH can be increased by manure or compost application because cattle rations usually contain lim...
The objectives of this work were to (1) asses how Shoemaker-McLean-Pratt (SMP), Sikora, and Mehlich ...
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...
Producers faced with economic and environmental concerns should know about the benefits of lime, nit...
The study was established in 1963 to determine (1) if acidification of soil from nitrogen (N) fertil...
In 1995, a liming study was initiated at the Armstrong Farm in what had been a continuous corn produ...
Grain producers in northeast Iowa are interested in the effects of liming rates on crops and soils. ...
A lime rate and source study was implemented in 1996 at the Armstrong Research Farm to observe limin...
Liming acid agricultural soils has been a long-time proven practice to maintain/improve crop yields,...
The rapidly growing popularity and adoption of no-tillage systems of corn production have required u...
A long-term study was established in 1963 and was continued until 2001 at the Northern Research Farm...
Corn yield response to liming acid Nebraska soils was evaluated in this field study by means of pair...
Limestone application to raise soil pH is needed when the pH is too acidic to allow for optimum crop...
Farmers growing corn and soybean in northwest Iowa have to consider the cost of ag lime when liming ...
Soil pH can be increased by manure or compost application because cattle rations usually contain lim...
The objectives of this work were to (1) asses how Shoemaker-McLean-Pratt (SMP), Sikora, and Mehlich ...