Global change factors such as changed rainfall regimes and nitrogen (N) deposition
contribute to increases in the emission of the greenhouse gas nitrous oxide (N2O) from the …

Soil microorganisms are essential participants in ecosystem processes, yet their
composition, diversity, and function are affected by altered precipitation. The patterns and …

Understanding how spatial heterogeneity in soil microbial community structure and enzyme
activities vary seasonally, and identifying the underlying mechanisms, are crucial for …

评估极端干旱对温带荒漠土壤真菌群落的影响有助于进一步认识干旱导致的区域荒漠化特征.
本研究利用在古尔班通古特沙漠建立的干旱三年和干旱十年样地, 分析了长期极端干旱对温带 …

Grasslands across arid and semi‐arid regions are predicted to experience reductions in
precipitation frequency. Besides, grassland degradation has become a serious problem in …

Silvicultural practices are essential for alleviating the impacts of drought on the health and
structure of forest ecosystems. However, it is yet uncertain how precipitation reduction and …

Soil nitrogen (N) availability is one of the limiting factors of crop productivity, and it is strongly
influenced by global change and agricultural management practices. However, very few …

Litter decomposition often represents the largest carbon (C) and nitrogen (N) input into the
soil and thereby supports soil nutrition cycling function. Common mycelial networks (CMNs) …

Effective utilization of water is the cornerstone of maintaining plant biomass. Water use
efficiency (WUE), defined as plant carbon assimilated as biomass per unit of water input, is …

Drought events are predicted to be more frequent and severe in the future and have
significant impacts on terrestrial carbon (C) cycling. However, it is highly uncertain whether …