Relatively large amounts of nitrogen from fertilizers and manures commonly are used in burley tobacco production. Growers are currently estimated to apply between 150 and 400 pounds of actual N per acre. Fertilization of burley with nitrogen significantly affects the physical and chemical characteristics of cured leaf and produces changes in yield and value. On most soils, leaf yields usually are increased by applications of N fertilizer, but the amount of yield increase per unit of applied fertilizer N varies widely between soils. High rates of N applied preplant or at planting often retard early plant growth, delay maturity, and lower cured leaf quality, which may reduce average value of cured leaf. The purpose of this investigation was t...
Knowledge of nutrient content of tobacco and of removal of nutrients from soil is essential to devel...
Management of fertilizer practices in production of burley tobacco is very important in control of m...
For many crops, band placement of fertilizer offers agronomic, economic, and environmental advantage...
Relatively large amounts of nitrogen from fertilizers and manures commonly are used in burley tobacc...
The recommended rates of nitrogen for the production of dark-fired tobacco are 300 lbs./acre in Kent...
An experiment was conducted in the field during 1966 on Maury silt loam soil to obtain information o...
The use of nitrogen (N) fertilizer for tobacco production is necessary because (1) tobacco takes up ...
Many burley growers follow the practice of applying 1-2 gallons/A of liquid fertilizer to their toba...
Nitrogen fertilization is important in attaining high yielding, quality tobacco. However, practices ...
Current trends in the fertilizer industry indicate a shift to greater production of ammonium forms o...
Non-optimal levels of N and water cause adverse effects in tobacco, particularly on the quality of...
Our objectives in this study were to evaluate the state recommendations for nitrogen, determine the ...
Recent changes in the Federal tobacco program (causing reduced income to growers} coupled with high ...
Tobacco covers over 4.3 million hectares of agricultural lands in the world and, as other crops, mus...
During the spring of 1996, many tobacco producers used a water soluble 20-10-20 fertilizer in their ...
Knowledge of nutrient content of tobacco and of removal of nutrients from soil is essential to devel...
Management of fertilizer practices in production of burley tobacco is very important in control of m...
For many crops, band placement of fertilizer offers agronomic, economic, and environmental advantage...
Relatively large amounts of nitrogen from fertilizers and manures commonly are used in burley tobacc...
The recommended rates of nitrogen for the production of dark-fired tobacco are 300 lbs./acre in Kent...
An experiment was conducted in the field during 1966 on Maury silt loam soil to obtain information o...
The use of nitrogen (N) fertilizer for tobacco production is necessary because (1) tobacco takes up ...
Many burley growers follow the practice of applying 1-2 gallons/A of liquid fertilizer to their toba...
Nitrogen fertilization is important in attaining high yielding, quality tobacco. However, practices ...
Current trends in the fertilizer industry indicate a shift to greater production of ammonium forms o...
Non-optimal levels of N and water cause adverse effects in tobacco, particularly on the quality of...
Our objectives in this study were to evaluate the state recommendations for nitrogen, determine the ...
Recent changes in the Federal tobacco program (causing reduced income to growers} coupled with high ...
Tobacco covers over 4.3 million hectares of agricultural lands in the world and, as other crops, mus...
During the spring of 1996, many tobacco producers used a water soluble 20-10-20 fertilizer in their ...
Knowledge of nutrient content of tobacco and of removal of nutrients from soil is essential to devel...
Management of fertilizer practices in production of burley tobacco is very important in control of m...
For many crops, band placement of fertilizer offers agronomic, economic, and environmental advantage...