A lime rate and source study was implemented in 1996 at the Armstrong Research Farm to observe liming practices in no-till situations. The addition of lime to raise pH to 6.5 for row crops has been a long-standing recommendation. Those recommendations have included thorough mixing of the lime material with the soil which might be expected from normal tillage practices. This study will measure any corn and soybean yield changes, and the possible stratification of soil pH over time using no-till production practices
In 1995, a liming study was initiated at the Armstrong Farm where acid soil had developed from exten...
In 1995, a liming study was initiated at the Armstrong Farm where acid topsoil had developed from ex...
The study was established in 1963 to determine (1) if acidification of soil from nitrogen (N) fertil...
Grain producers in northeast Iowa are interested in the effects of liming rates on crops and soils. ...
The rapidly growing popularity and adoption of no-tillage systems of corn production have required u...
Lime application is a key management strategy to control the acidifying effects promoted by long-ter...
Agricultural limestone is commonly used in Iowa to maintain optimum soil pH for crops. However, ther...
Agricultural limestone is commonly used in Iowa to maintain optimum soil pH for crops. There is insu...
Farmers growing corn and soybean in northwest Iowa have to consider the cost of ag lime when liming ...
Agricultural limestone is commonly applied to maintain optimum soil pH for crops. There is insuffici...
The objectives of this work were to (1) asses how Shoemaker-McLean-Pratt (SMP), Sikora, and Mehlich ...
Quality of lime available for use in neutralizing soil acidity can be quite variable in Kentucky. Th...
Non-Peer ReviewedEight field scale, lime demonstrations were established in 1985 and 1986, on sites ...
Producers faced with economic and environmental concerns should know about the benefits of lime, nit...
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...
In 1995, a liming study was initiated at the Armstrong Farm where acid topsoil had developed from ex...
The study was established in 1963 to determine (1) if acidification of soil from nitrogen (N) fertil...
Grain producers in northeast Iowa are interested in the effects of liming rates on crops and soils. ...
The rapidly growing popularity and adoption of no-tillage systems of corn production have required u...
Lime application is a key management strategy to control the acidifying effects promoted by long-ter...
Agricultural limestone is commonly used in Iowa to maintain optimum soil pH for crops. However, ther...
Agricultural limestone is commonly used in Iowa to maintain optimum soil pH for crops. There is insu...
Farmers growing corn and soybean in northwest Iowa have to consider the cost of ag lime when liming ...
Agricultural limestone is commonly applied to maintain optimum soil pH for crops. There is insuffici...
The objectives of this work were to (1) asses how Shoemaker-McLean-Pratt (SMP), Sikora, and Mehlich ...
Quality of lime available for use in neutralizing soil acidity can be quite variable in Kentucky. Th...
Non-Peer ReviewedEight field scale, lime demonstrations were established in 1985 and 1986, on sites ...
Producers faced with economic and environmental concerns should know about the benefits of lime, nit...
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...
In 1995, a liming study was initiated at the Armstrong Farm where acid topsoil had developed from ex...
The study was established in 1963 to determine (1) if acidification of soil from nitrogen (N) fertil...