• ISSN 1008-505X
  • CN 11-3996/S
Yang Jinlou Zi Zhengbang Ji Zhoufu Zhao Dinggou, . INTERACTIVE MECHANISM BETWEEN SOIL AVAILABLE WATER AND FERTILIZERS AND ITS APPLICATION II. Tth effect of fertilizers on soil water retaining capacity and solute-potentiality[J]. Journal of Plant Nutrition and Fertilizers, 1995, 1(3-4): 1-9. DOI: 10.11674/zwyf.1995.0301
Citation: Yang Jinlou Zi Zhengbang Ji Zhoufu Zhao Dinggou, . INTERACTIVE MECHANISM BETWEEN SOIL AVAILABLE WATER AND FERTILIZERS AND ITS APPLICATION II. Tth effect of fertilizers on soil water retaining capacity and solute-potentiality[J]. Journal of Plant Nutrition and Fertilizers, 1995, 1(3-4): 1-9. DOI: 10.11674/zwyf.1995.0301

INTERACTIVE MECHANISM BETWEEN SOIL AVAILABLE WATER AND FERTILIZERS AND ITS APPLICATION II. Tth effect of fertilizers on soil water retaining capacity and solute-potentiality

  • The present paper expounds the effect of six kinds of fertilizer with different amount on soil retaining water capacity and soil water-potentiality of three kinds of soil, which determined by the water-potentiality pressure-plate instrument. The results show that: 1.Fertilizer, as a kind of solute in soil solution, has remarkable effects on soil-retaining water capacity. The solute-retaining water capacity (Y) gradually decreases with increase of soil water-potentiality, showing Y-A.eBX. The effectiveness in medium loamsandyloamfine sand. 2.Under different water potentiality, the increment (AY) of fertilizer solute-retaining water capacity increases with the rise of water potntiality. There is the significant relationship as Y-A .XB. The effectiveness is fine sandsandyloammedium loam. 3.Under different water potentiality, different fertilizers' solute-retaining water capacity and the increment have the increasing trend with increase of fertilizers applied. 4.When the soil-retaining water capacity remains the same to different treatment including CK solute-retaining water capacity of different fertilizers (Y) increase with the rise of soil water-potentiality, showing the relationship of Y-A . XB. 5.Under different soil water-potentiality, solute-retaining water capacity and the increment of different fertilizers are linear direct proportion to the salt index of fertilizers.
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