Robust microbial interactions, not diversity, dominate metabolic thermal adjustment following decadal warming in a subtropical forest
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A study has found that microbial interactions, rather than diversity, play a key role in metabolic thermal adjustment in a subtropical forest following long-term warming. The research suggests that changes in microbial networks may help mitigate soil carbon emissions in response to warming. However, the specific mechanisms and responses of different microbial communities to thermal stress are still being explored.