Department of Soil Science and Agricultural Chemistry, Banaras Hindu University, Varanasi, U. P.
The transformation of soil inorganic phosphorus was studied in Dhankar soil at field moisture capacity and waterlogged condition. The amount of reductant soluble-P and residual-P decreased and that of calcium-P, iron-P increased with time under both the conditions. Aluminium-P decreased at field moisture capacity; but Us amount slightly increased under waterlogged condition. Ammonium sulphate, straw, and ammonium sulphate in combination with straw treatments decreased Ca-P content under both the conditions.
Transformation of inorganic phosphorus, Dhankar soil
