[Screening, identification, and phosphate solubilizing characteristics of a new efficient phosphate solubilizing fungus].
Dou Dou Li, Shuang Hua Shang, Wei Han, Na Na Fang, Yan Li Yi
Abstract
Dou Dou Li, Shuang Hua Shang, Wei Han, Na Na Fang, Yan Li Yi
Abstract
). Results from Pearson correlation analysis showed that there were significant negative correlations between the changes of phosphate solubili-zing capacity and pH in tricalcium phosphate, phosphate rock power and iron phosphate mediums, but no significant correlation in aluminum phosphate medium. Strain PSF1 had strong phosphate solu-bilizing capacity and wide growing conditions, thus would have strong phosphate solubilizing capacity in soil.
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). Results from Pearson correlation analysis showed that there were significant negative correlations between the changes of phosphate solubili-zing capacity and pH in tricalcium phosphate, phosphate rock power and iron phosphate mediums, but no significant correlation in aluminum phosphate medium. Strain PSF1 had strong phosphate solu-bilizing capacity and wide growing conditions, thus would have strong phosphate solubilizing capacity in soil.
Key concepts: Phosphate, Chemistry, Potassium phosphate, Food science, Phosphorus, Phosphorite, Ammonium, Rhizosphere