Soil microbiomes play a critical role in regulating ecosystem multifunctionality. However,
whether and how soil protists and microbiome interactions affect ecosystem …

Global warming intensifies the hydrological cycle, which results in changes in precipitation
regime (frequency and amount), and will likely have significant impacts on soil respiration (R …

Soil respiration—the flow of biologically‐generated CO2 from the soil surface to the
atmosphere—is a major component of global carbon cycling, but the long‐term response of …

Global climate change is expected to cause both increased and reduced precipitation in the
next decades, especially in drylands with semi-arid climates. Biocrusts are an essential soil …

Concurrent changing precipitation regimes and atmospheric nitrogen (N) deposition can
have profound influences on soil carbon (C) cycling. However, how N enrichment regulates …

As a general disturbance in terrestrial ecosystems, fire can have far-reaching consequences
on the carbon (C) cycle. Although soil respiration (SR) is important in regulating atmospheric …

The effects in field manipulation experiments are strongly influenced by amplified
interannual variation in ambient climate as the experimental duration increases. Soil …

Land use change could profoundly influence the terrestrial ecosystem carbon (C) cycle.
However, the effects of agricultural expansion and cropland abandonment on soil microbial …

Soils both produce and consume methane (CH 4), a potent greenhouse gas that contributes
to climate change. In coastal forests, upland soils are shifting from being CH 4 sinks to …

The response mechanism of ecosystem respiration (Re) and soil respiration (Rs) to different
water conditions is of great significance for understanding the carbon cycle under future …