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Microbially-mediated carbon (C) cycling in response to global warming can be simulated by using incubation experiments under varying and/or constant temperature settings. However, the temperature variation influences nutrition utilization pathways and modifies the temperature sensitivity of microbial communities, which challenges the assumptions about the mechanisms underlying microbially-mediated...
Temperature response quotient (Q10) is a critical parameter for evaluating global additional carbon (C) release with climate change. However, its value is usually derived from time span or instantaneous rate or cumulative amount of C flux, giving a very one-sided account of thermal sensitivity of C cycling. Through a 117-day laboratory incubation study, we estimated Q10 values simultaneously with...
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