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The magnitude and direction of carbon cycle feedbacks under climate warming remain uncertain due to insufficient knowledge about the temperature sensitivities of soil microbial processes. Enzymatic rates could increase at higher temperatures, but this response could change over time if soil microbes adapt to warming. We used the Arrhenius relationship, biochemical transition state theory, and thermal...
Fungal community composition often shifts in response to warmer temperatures, which might influence decomposition of recalcitrant carbon (C). We hypothesized that evolutionary trade‐offs would enable recalcitrant C‐using taxa to respond more positively to warming than would labile C‐using taxa. Accordingly, we performed a warming experiment in an Alaskan boreal forest and examined changes in the prevalence...
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