The dynamics of litter nitrogen (N) and phosphorus (P) release could be affected by soil
fauna and environmental conditions. The objective of the present study was to investigate …

Nitrogen (N) can influence the functions of forest ecosystems by altering the abundance and
activity of microbial and faunal communities. The impact of N deposition on the home-field …

The nutrient turnover of subtropical rhododendron forests is slow, natural regeneration is
difficult, and the decomposition of litter is slow. Lignin, cellulose, and hemicellulose are the …

Nitrogen (N) input affects litter decay and ecosystem functioning. However, the mechanism
of litter decay under temporal N‐inputs has rarely been observed. Here we show that three …

Fine woody debris (FWD: 1 cm≤ diameter≤ 10 cm) may be intercepted by understory
vegetation (including the branches of canopy trees). However, the decay dynamics of aerial …

摘要本研究以亚热带29 种3 年生人工纯林为对象, 研究了29 个树种功能性状与氮磷重吸收效率
的关系. 结果表明: 29 种幼林平均氮, 磷重吸收效率分别为50.5% 和57.3%. 22 …

Decomposition is a key ecosystem function, and the rate of decomposition in forests affects
their carbon storage potentials. Processes and factors determining leaf litter decomposition …

The home-field advantage (HFA) of litter decomposition dynamics has been investigated
intensively in different ecosystems with a wide variety of plant types. HFA mainly occurs due …

Fertilizer application plays a crucial role in the decomposition of white poplar leaf litter and
cycling of nutrients within forest ecosystems. The impact of various fertilizer additions on …

磷(P) 素是限制植物生产力的重要养分, 对维持森林生态系统平衡起着重要作用.
中国南方已成为继欧美之后的第三大氮(N) 沉降区, 了解N 沉降加剧对南方土壤中不同P …