《Table 1 Effect of inoculation on N content of plant in insoluble P soil》

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《Effect of Inoculation Rhizobium and Response of Soybean-Rhizobium System to Insoluble Phosphate》

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Al-P，Fe-P replace of aluminium phosphate and iron phosphate，respectively.*indicates significant difference against CK at 5%level students'F-test.No significant difference against CK at 1%level students'F-test.The same as below.

Phosphorus appeared essential for both nodulation and N2 fixation.Phosphorus was required by soybean for growth and promoted N uptake.Inoculation with Rhizobium strains affected higher root phosphorus content in Fe-P soil than Al-P soil，but some strains did not increase phosphorus content of root compared to other inoculants.Inoculation with C46 had the highest P content of plant in Al-P soil，increasing 31.6%when compared with CK U110 in Table 2.On the average，inoculation with Rhizobium strains increased higher phosphorus content of plant in Al-P soil than Fe-P soil in Tables 3-4.However，only inoculation with CW54significantly enhanced phosphorus uptake of plant in Al-P and Fe-P soil as compared with other inoculants，whereas in Fe-P soil more higher than in Al-P soil，increasing 96.2%（Fe-P）and 8.2%（Al-P），when compared with CK U110 in Table 2，respectively.