Leaf functional traits and relationships with soil properties of zanthoxylum planispinum ‘dintanensis’ in plantations of different ages

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SUMMARY

    In this study, leaf carbon was significantly and positively correlated with leaf phosphorus due to the fact that leaf phosphorus characterizes the ability of plants to assimilate carbon_dioxide, leaf phosphorus participates in the photosynthetic process of leaves by affecting chlorophyll and protein content in plants, and leaf carbon, the main product of photosynthesis, increases with the increase of leaf phosphorus. This study also found that leaf nitrogen/phosphorus ratio had a very significant negative correlation with leaf phosphorus but not with leaf nitrogen, indicating that phosphorus might impose more restrictions to plant growth than . . .

     

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