Soil Temperature and Phosphorus Effects upon Barley Growth1
J. F. Power, D. L. Gruñes, W. O. Willis, G. A. Reichman
Abstract
J. F. Power, D. L. Gruñes, W. O. Willis, G. A. Reichman
Abstract
Synopsis Soil temperatures near 59° F. were optimum for the growth of barley. By increasing the available P level, through either increased native soil or fertilizer P supply, the soil temperature range over which nearly maximum barley growth occurred was greatly increased. Growth responses to P fertilization were much more dependent upon soil temperature for soils low in P availability than for those medium in available P supply.
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Synopsis Soil temperatures near 59° F. were optimum for the growth of barley. By increasing the available P level, through either increased native soil or fertilizer P supply, the soil temperature range over which nearly maximum barley growth occurred was greatly increased. Growth responses to P fertilization were much more dependent upon soil temperature for soils low in P availability than for those medium in available P supply.
Key concepts: Agronomy, Phosphorus, Soil water, Fertilizer, Human fertilization, Environmental science, Hordeum vulgare, Chemistry