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Article title
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Abstract
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Key words
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Introduction
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Materials and methods
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Soil collection and plant material
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Experimental design
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Measurements of functional traits, soil properties and soil microbes
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Statistical analysis
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Results
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Nitrogen addition enhanced invasive soil legacy on Rhus typhina, but reduced its effects on A. altissima in monoculture
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Nitrogen addition shifted the response of R. typhina and A. altissima to invasive soil legacy in mixture
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Discussion
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Nitrogen deposition changes the negative effects of invasive soil legacy on invasive R. typhina into positive effects
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Nitrogen deposition changes the positive effects of invasive soil legacy on native A. altissima into negative effects
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Interspecific competition changes the effects of invasive soil legacy on invasive R. typhina under moderate nitrogen deposition
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Conclusion
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Acknowledgements
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Additional information
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Conflict of interest
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Ethical statement
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Funding
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Author contributions
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Author ORCIDs
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Data availability
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References
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Supplementary material
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