Summary
This 2022 Nature Ecology & Evolution analysis synthesises evidence on how phylogenetic diversity within soil fungal functional groups—such as decomposers and mycorrhizal partners—contributes to ecosystem stability. The work suggests that functional redundancy and phylogenetic evenness among soil fungi may buffer agricultural and natural ecosystems against environmental stress, with implications for soil health management and carbon cycling resilience.
UK applicability
The findings are potentially applicable to UK soil management practice, particularly in understanding how fungal community structure underpins soil resilience under variable weather and land-use intensities. The global scope may require contextualisation to cool temperate climate conditions and UK soil types.
Key measures
Fungal phylotype richness within functional groups; ecosystem stability metrics; soil properties; climate variables
Outcomes reported
The study examined how phylotype diversity within soil fungal functional groups influences ecosystem stability across different soil and climate contexts. The research measured relationships between fungal community composition and ecosystem-level resistance or resilience to environmental perturbations.
Topic tags
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