2000PubMedRequires access

[Effect of different fertilizer combinations on water supply-demand status of winter wheat].

J Cao, Hankun Hu

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Abstract

The soil water status during various growing stages of winter wheat and the effect of different fertilizer combinations on its yield and water use efficiency (WUE) were studied in a semihumid and slanting drought area by using the design of D-optimum saturation. According to water balance law, soil water supply was obviously different with different fertilizer combinations, reaching a peak when N and P fertilizers were combined applied with organic fertilizer, accounting for 27% of total water consumption. N fertilizer added alone took up 100% of total water consumption from rainfall. Water deficiency was most severe when N fertilizer was applied alone, but was the smallest when P fertilizer was applied with organic fertilizer. The combination of N, P and organic fertilizer could significantly improve winter wheat yield and its WUE.

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What this paper is about

The soil water status during various growing stages of winter wheat and the effect of different fertilizer combinations on its yield and water use efficiency (WUE) were studied in a semihumid and slanting drought area by using the design of D-optimum saturation. According to water balance law, soil water supply was obviously different with different fertilizer combinations, reaching a peak when N and P fertilizers were combined applied with organic fertilizer, accounting for 27% of total water consumption. N fertilizer added alone took up 100% of total water consumption from rainfall. Water deficiency was most severe when N fertilizer was applied alone, but was the smallest when P fertilizer was applied with organic fertilizer. The combination of N, P and organic fertilizer could significantly improve winter wheat yield and its WUE.

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Available abstract

The soil water status during various growing stages of winter wheat and the effect of different fertilizer combinations on its yield and water use efficiency (WUE) were studied in a semihumid and slanting drought area by using the design of D-optimum saturation. According to water balance law, soil water supply was obviously different with different fertilizer combinations, reaching a peak when N and P fertilizers were combined applied with organic fertilizer, accounting for 27% of total water consumption. N fertilizer added alone took up 100% of total water consumption from rainfall. Water deficiency was most severe when N fertilizer was applied alone, but was the smallest when P fertilizer was applied with organic fertilizer. The combination of N, P and organic fertilizer could significantly improve winter wheat yield and its WUE.

Key concepts: Fertilizer, Agronomy, Water consumption, Water-use efficiency, Environmental science, Organic fertilizer, Yield (engineering), Water balance

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