Field experiment was conducted in soils having different amount of available phosphate (35, 140 and 350ppm) to see effects of additional phosphate application(0, 5, 10, 15, 20 and 30kg/10a) on yield and quality of flue-cured tobacco. Growth was affected by additional phosphate application only ...
Field experiment was conducted in soils having different amount of available phosphate (35, 140 and 350ppm) to see effects of additional phosphate application(0, 5, 10, 15, 20 and 30kg/10a) on yield and quality of flue-cured tobacco. Growth was affected by additional phosphate application only in soil with 35ppm of available phosphate, as was dry weight of tobacco. Maturity and content of chemical constituents of tobacco leaves were not significantly influenced by additional phosphate treatments. Tobacco leaf production increases with additional phosphate up to 10kg/10a only in soil with the lowest amount of available phosphate, but the price was not affected at all. These results suggest that art applicable phosphate of about 10kg/10a is enough for maximum production of flue-cured tobacco even soil very low in available phosphate.
Field experiment was conducted in soils having different amount of available phosphate (35, 140 and 350ppm) to see effects of additional phosphate application(0, 5, 10, 15, 20 and 30kg/10a) on yield and quality of flue-cured tobacco. Growth was affected by additional phosphate application only in soil with 35ppm of available phosphate, as was dry weight of tobacco. Maturity and content of chemical constituents of tobacco leaves were not significantly influenced by additional phosphate treatments. Tobacco leaf production increases with additional phosphate up to 10kg/10a only in soil with the lowest amount of available phosphate, but the price was not affected at all. These results suggest that art applicable phosphate of about 10kg/10a is enough for maximum production of flue-cured tobacco even soil very low in available phosphate.
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