Effect of associating anions on phosphorus retention in soil
- Cite this article as:
- Deb, D.L. & Datta, N.P. Plant Soil (1967) 26: 303. doi:10.1007/BF01880180
- 72 Downloads
The results of the present investigation reveal that the presence of anions in the reacting medium greatly modify the reactions between soil and solution P. Associating anions reduce considerably the retention of phosphate in soils. Citrate, tartrate, and silicate are found to be superior to arsenate, oxalate, and fluoride in reducing phosphate retention in soil. The performance of associating anions depends on the pH and P concentration of the reacting medium. The nature and properties of soil also play a highly significant role on the effectiveness of associating anions.