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Atmospheric nitrogen (N) deposition has increased dramatically since the industrial revolution due to humanactivities. Interrestrial ecosystems, excess nitrogeninputs cangreatly affectsoil chemical properties, plant growth, and activities of soil microbes and fauna. Millipedes can fragment and consume large quantities of litter, and they regulate nutrient cycling and affect soil fertility through...
Soil redox is a critical environmental factor shaping the microbial community structure and ultimately alters the nutrient cycling. However, the response of soil microbial community structure to prolonged or repeated redox fluctuations is not yet clear. To study the dynamic effects of prolonged redox disturbances to the soil microbial community structure, soil samples experiencing 8, 5 and 0 alternating...
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