工业革命以来, 人类活动输入到生态系统中的氮迅速增加, 已突破地球所能承受的氮循环阈值.
过量氮沉降会造成生物多样性丧失等一系列危害, 严重影响生态系统结构和功能. 丛枝菌根(AM) …

Changes in spring and autumn phenology and thus growing season length (GSL) pose
great challenges in accurately predicting terrestrial primary productivity. However, how …

Grazing alters the plant communities, soil properties, and habitat conditions of the alpine
grassland. Arbuscular mycorrhizal fungi (AMF) are involved in the nutrient cycling of …

Soil arbuscular mycorrhizal (AM) fungi play crucial roles in facilitating agroecosystem
functioning. However, little is known about their performances in either community …

(1) Background: Low-calcium stress can have adverse effects on the rhizosphere
environment of cucumber, subsequently impacting cucumber growth. However, plant-growth …

The response of the relationship between plants and microbes to nitrogen (N) deposition
has attracted considerable attention in the research community; however, results on how N …

Improving maize yield is an objective of utmost importance for food security in Uganda. In
the evaluation of soil microorganisms in crop production, it is important to assess the …

[目的] 探究青藏高原高寒嵩草草甸生态系统中丛枝菌根真菌(AMF) 群落对氮,
磷添加的响应及其驱动因子, 补充目前高寒草甸AMF 对施肥响应研究的不足.[方法] …

Background Global warming can alter plant productivity, and community composition which
has consequences for soil-plant associated microorganisms. Arbuscular mycorrhizal fungi …

Global nitrogen eutrophication, which is disrupting the intimate plant–arbuscular mycorrhizal
fungi (AMF) symbiosis, can alter the diversity and physiological functions of soil AMF greatly …