The newly added exogenous organic matter may change the decomposition rate of native
soil organic matter (SOM) by the priming effect (PE) and further impact the terrestrial carbon …

Despite fresh and pyrogenic organic matter have been widely used as amendments to
improve soil organic carbon (SOC) storage, mineralization that links to C quality and soil …

The microbial priming effect—the decomposition of soil organic carbon (SOC) induced by
plant inputs—has long been considered an important driver of SOC dynamics, yet we have …

Priming of soil organic matter (SOM) decomposition by microorganisms is a key
phenomenon of global carbon (C) cycling. Soil pH is a main factor defining priming effects …

Any change in the intensity and sign of CO 2 flux between soil and atmosphere is expected
to have a significant impact on climate. The net emission of CO 2 by soils depends on …

Vegetation restoration significantly changes soil organic carbon (SOC) accumulation and
mineralization, obviously affects soil carbon pool. To clarifying effects of vegetation …

Although crop residue return increases upland soil emissions of nitrous oxide (N 2 O), a
potent greenhouse gas, the mechanisms responsible for the increase remain unclear. Here …

Plant residue input alters native soil organic carbon (SOC) mineralization through the
priming effect, which strongly controls C sequestration during vegetation restoration …

The priming effect (PE) induced by exogenous organic substrate input plays an important
role in the soil carbon balance. However, little is known about how the chemical complexity …

Rational chemical fertilizer application, especially combined with manure or straw
amendment, serves as a key strategy for facilitating soil organic carbon (SOC) sequestration …