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1978•Journal of the Indian Society of Soil ScienceOpen access

Water Soluble Boron Concentration as Affected by Different Chemical Amendments

Joginder Singh, N. S. Randhawa

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Abstract

Effect of application of seven chemicals on soluble boron in saline-alkoli soils of Ghabdan series and Kotli Duman was studied. Application of amedments equivalent to 3 and 6 m.e./l00g soil respectively in Kotli Duman (Natric camborthid) a nd Ghabdan soil (Salic natraqualf) was necessary to reduce water soluble boron in these soils. Effectiveness of different salts in reducing boron solubility was; magnesium salts > calcium salts=ferrous sulphate > aluminium sulphate=sulphuric acid. Wetting and drying cycles did not effect boron solubility.

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Effect of application of seven chemicals on soluble boron in saline-alkoli soils of Ghabdan series and Kotli Duman was studied. Application of amedments equivalent to 3 and 6 m.e./l00g soil respectively in Kotli Duman (Natric camborthid) a nd Ghabdan soil (Salic natraqualf) was necessary to reduce water soluble boron in these soils. Effectiveness of different salts in reducing boron solubility was; magnesium salts > calcium salts=ferrous sulphate > aluminium sulphate=sulphuric acid. Wetting and drying cycles did not effect boron solubility.

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Available abstract

Effect of application of seven chemicals on soluble boron in saline-alkoli soils of Ghabdan series and Kotli Duman was studied. Application of amedments equivalent to 3 and 6 m.e./l00g soil respectively in Kotli Duman (Natric camborthid) a nd Ghabdan soil (Salic natraqualf) was necessary to reduce water soluble boron in these soils. Effectiveness of different salts in reducing boron solubility was; magnesium salts > calcium salts=ferrous sulphate > aluminium sulphate=sulphuric acid. Wetting and drying cycles did not effect boron solubility.

Key concepts: Boron, Solubility, Water soluble, Chemistry, Magnesium, Soil water, Aluminium, Wetting

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