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Native Plant Diversity Generates Microbial Legacies That Either Promote or Suppress Non‐Natives, Depending on Drought History

ABSTRACT Diverse native plant communities resist non‐native plants more than species‐poor communities, in part through resource competition. The role of soil biota in diversity–invasibility relationships is poorly understood, although non‐native plants interact with soil biota during invasions. We t...

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Published in:Ecology letters 2024-09, Vol.27 (9), p.e14504-n/a
Main Authors: Tao, Zhibin, Zhang, Kaoping, Callaway, Ragan M., Siemann, Evan, Liu, Yanjie, Huang, Wei
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creator Tao, Zhibin
Zhang, Kaoping
Callaway, Ragan M.
Siemann, Evan
Liu, Yanjie
Huang, Wei
description ABSTRACT Diverse native plant communities resist non‐native plants more than species‐poor communities, in part through resource competition. The role of soil biota in diversity–invasibility relationships is poorly understood, although non‐native plants interact with soil biota during invasions. We tested the responses of non‐native plants to soil biota generated by different native plant diversities. We applied well‐watered and drought treatments in both conditioning and response phases to explore the effects of ‘historical’ and ‘contemporary’ environmental stresses. When generated in well‐watered soils, the microbial legacies from higher native diversity inhibited non‐native growth in well‐watered conditions. In contrast, when generated in drought‐treated soils, the microbial legacies from higher native diversity facilitated non‐native growth in well‐watered conditions. Contemporary drought eliminated microbial legacy effects on non‐native growth. We provide a new understanding of mechanisms behind diversity–invasibility relationships and demonstrate that temporal variation in environmental stress shapes relationships among native plant diversity, soil biota and non‐native plants. It is critical to understand the role of soil biota per se in diversity–invasibility relationships and how their effects vary with environmental conditions in order to predict and manage biological invasions. Through a plant–soil feedback experiment, we found that the strong effects of microbial legacies generated by native plant diversity were opposite on non‐native plant growth when these legacies were generated in well‐watered versus drought‐treated soils. In contrast, contemporary drought treatment eliminated microbial legacy effects on non‐native growth.
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source Wiley-Blackwell Read & Publish Collection
subjects abiotic stress
Biodiversity
biological invasion
Biota
diversity–invasibility relationship
Drought
Droughts
Environmental stress
Indigenous plants
Indigenous species
Introduced Species
Invasive species
Low income areas
microbial legacy effect
Microorganisms
non‐native plant
Plant communities
Plant diversity
Plant layout
Plants - microbiology
Soil Microbiology
Soil microorganisms
Soil stresses
Soil treatment
Soils
Temporal variations
title Native Plant Diversity Generates Microbial Legacies That Either Promote or Suppress Non‐Natives, Depending on Drought History
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