Soil acidity is one of the most important problems before Iowa farmers at the present time. The following questions regarding lime and Its use on land are constantly being asked: How may I determine whether my soil is acid and in need of lime? Is lime a fertilizer? How much lime is needed per acre? What is the most desirable form of lime to use? Where may I get limestone and how much does it cost? What is the best method of spreading lime and when should it be applied? Will it injure the land? How often will lime need to be applied? Does it pay to use limestone? This circular has been prepared to answer these questions and to give further information on this subject
The use of liming materials on acid soils to supply available calcium and correct soil acidity long ...
Soil scientists ordinarily do not recommend application of lime to reduce acidity in South Dakota so...
Soil pH is one of the most important soil characteristics of crop production. The pH is the negative...
Iowa soils are by no means generally deficient In lime, yet there Is a large Interest In Iowa In the...
Agricultural limestone is commonly used in Iowa to maintain optimum soil pH for crops. There is insu...
Agricultural limestone is commonly used in Iowa to maintain optimum soil pH for crops. However, ther...
Soil acidity is one of the most important soil factors affecting crop growth and ultimately, yield a...
Producers in southeast Iowa have expressed interest in lime sources effects on crops and soils. Quar...
It is recognized that there are important relationships of lime to soil fertility and crop productio...
Quality of lime available for use in neutralizing soil acidity can be quite variable in Kentucky. Th...
In the humid regions of the world, bases are leached from soils and are replaced by acid forming ele...
Farmers growing corn and soybean in northwest Iowa have to consider the cost of ag lime when liming ...
Soil acidity is one of the most important soil factors affecting crop growth and ultimately, yield a...
Application of lime to acid soils as a part of soil management has probably been practiced for 3000 ...
During the past 4 years, Iowa farmers have used over 5 million tons of ground limestone, approximate...
The use of liming materials on acid soils to supply available calcium and correct soil acidity long ...
Soil scientists ordinarily do not recommend application of lime to reduce acidity in South Dakota so...
Soil pH is one of the most important soil characteristics of crop production. The pH is the negative...
Iowa soils are by no means generally deficient In lime, yet there Is a large Interest In Iowa In the...
Agricultural limestone is commonly used in Iowa to maintain optimum soil pH for crops. There is insu...
Agricultural limestone is commonly used in Iowa to maintain optimum soil pH for crops. However, ther...
Soil acidity is one of the most important soil factors affecting crop growth and ultimately, yield a...
Producers in southeast Iowa have expressed interest in lime sources effects on crops and soils. Quar...
It is recognized that there are important relationships of lime to soil fertility and crop productio...
Quality of lime available for use in neutralizing soil acidity can be quite variable in Kentucky. Th...
In the humid regions of the world, bases are leached from soils and are replaced by acid forming ele...
Farmers growing corn and soybean in northwest Iowa have to consider the cost of ag lime when liming ...
Soil acidity is one of the most important soil factors affecting crop growth and ultimately, yield a...
Application of lime to acid soils as a part of soil management has probably been practiced for 3000 ...
During the past 4 years, Iowa farmers have used over 5 million tons of ground limestone, approximate...
The use of liming materials on acid soils to supply available calcium and correct soil acidity long ...
Soil scientists ordinarily do not recommend application of lime to reduce acidity in South Dakota so...
Soil pH is one of the most important soil characteristics of crop production. The pH is the negative...