Effect of sulphur fertilization on different forms of sulphur under mustard cultivation in an acid soil ofterairegion of West Bengal
S. Rakes, Ganesh Chandra Banik, Arunava Ghosh, Deepranjan Sarkar
Abstract
S. Rakes, Ganesh Chandra Banik, Arunava Ghosh, Deepranjan Sarkar
Abstract
A field experiment was conducted growing Indian mustard with added doses of sulphur in the form of bentonite-S and single super phosphate (SSP) to evaluate effect of S addition on different forms of S in an acid soil under mustard cultivation during 2013–14. The preponderance of S in initial soil followed the order: total sulphur> organic sulphur> non-sulphatesulphur> heat soluble sulphur> adsorbed sulphur> water soluble sulphur>sulphate sulphur. The analysis of soil after harvest showed that all S forms decreased in the control plot. The total S content was increased with addition of S but organic S content decreased in all treatments. Although, this decrement was lower down with addition of S. The status of the SO4−2-S in the soil at harvest had no much variation across the treatments. The bentonite S showed the better S use efficiency by the plant.
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A field experiment was conducted growing Indian mustard with added doses of sulphur in the form of bentonite-S and single super phosphate (SSP) to evaluate effect of S addition on different forms of S in an acid soil under mustard cultivation during 2013–14. The preponderance of S in initial soil followed the order: total sulphur> organic sulphur> non-sulphatesulphur> heat soluble sulphur> adsorbed sulphur> water soluble sulphur>sulphate sulphur. The analysis of soil after harvest showed that all S forms decreased in the control plot. The total S content was increased with addition of S but organic S content decreased in all treatments. Although, this decrement was lower down with addition of S. The status of the SO4−2-S in the soil at harvest had no much variation across the treatments. The bentonite S showed the better S use efficiency by the plant.
Key concepts: Sulfur, Bentonite, Human fertilization, Chemistry, West bengal, Agronomy, Soil pH, Field experiment