With approximately 60 Pg of carbon (C) released as CO2 annually, the decomposition of
dead organic matter feeds the major terrestrial global CO2 flux to the atmosphere …

Soil, as the largest terrestrial carbon pool, has garnered significant attention 15 concerning
its response to global warming. However, accurately estimating the stocks and 16 dynamics …

Climate change-induced alterations in precipitation regimes can substantially impact litter
decomposition and consequently affect carbon (C) and nutrient cycling in terrestrial …

Peatlands store large amounts of carbon (C), a function potentially threatened by climate
change. Peatlands composed of vascular cushion plants are widespread in the northern and …

Plantation's nutrient cycling can regulate and affect the material cycling of ecosystems,
which is the key to maintain the sustainable development of the plantation ecosystem …

Litter decomposition is controlled by climate, litter quality and decomposer communities.
Because the decomposition of specific litter types is also influenced by the properties of …

Forest gaps are an essential driver of litter decomposition in alpine forest ecosystems, but
how gap size influences lignin and cellulose degradation in twig litter remains poorly …

Soil organic matter decomposition is an essential process of the ecosystem biogeochemical
cycle. However, the comprehension of soil organic matter decomposition mechanisms at a …

Comparing the belowground allocation of assimilated carbon (C) to roots and mycorrhizal
fungi across biomes can reveal specific plant nutrient acquisition strategies in ecosystems …

The effects of N deposition on the C and N cycles via altered litter decomposition rates are
an important aspect of global environmental change. The Changbai Mountain region …