Plant diversity and soil microbial diversity are closely related, and they maintain the health
and stability of terrestrial ecosystems. As a hotspot region of global biodiversity research …

Precipitation changes modify C, N, and P cycles, which regulate the functions and structure
of terrestrial ecosystems. Although altered precipitation affects above‐and belowground C …

Aim Climate change intensifies the hydrological cycle and consequently alters precipitation
regimes. Accurately assessing future carbon (C) budgets depends on understanding the …

Nitrogen (N) enrichment often increases aboveground net primary productivity (ANPP) of the
ecosystem, but it is unclear if belowground net primary productivity (BNPP) track responses …

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 …

Global nitrogen (N) deposition has been influencing the structure of soil microbial
communities, which play fundamental roles in modifying most biogeochemical processes …

Abstract Changes in water and nitrogen availability, as important elements of global
environmental change, are known to affect the temporal stability of aboveground net primary …

Emerging evidence points out that the responses of soil organic carbon (SOC) to nitrogen
(N) addition differ along the soil profile, highlighting the importance of synthesizing results …

Anthropogenic warming and land‐use change are expected to accelerate global soil
organic carbon (SOC) losses and change plant species composition and richness. However …

摘要本文对内蒙古多伦退化草地2005 年建立的长期野外控制试验中施肥和增水对土壤性质和
植物群落特征的影响进行了总结和综合评述. 结果表明: 加氮导致了表土酸化并降低酸缓冲容量 …