摘要植物-土壤反馈实验是研究植物与土壤生物群落互作的一种重要手段. 植物-
土壤反馈是指植物生长改变了土壤物理结构, 化学性质和生物群落组成, 这种改变反过来影响 …

Aim Roots and rhizospheres host diverse microbial communities that can influence the
fitness, phenotypes, and environmental tolerances of plants. Documenting the biogeography …

Mounting evidence suggests that plant–soil feedbacks (PSF) may determine plant
community structure. However, we still have a poor understanding of how predictions from …

Symbiotic mycorrhizal fungi strongly influence plant establishment and growth particularly in
harsh environments, whereby sympatric, presumably co-adapted symbionts are considered …

The culture-based approach was used to characterize the fungal endophytes associated
with the coralloid roots of the endemic Cycas debaoensis and Cycas fairylakea from various …

Temporal fluctuations in plant species coexistence are key to understanding ecosystem
state transitions and long‐term maintenance of species diversity. Although plant …

Mosquito larvae encounter diverse assemblages of bacteria (ie,“microbiota”) and fungi in the
aquatic environments that they develop in. However, while a number of studies have …

Endophytic fungi (EPF) and arbuscular mycorrhizal fungi (AMF) symbioses can promote the
growth and productivity of several types of plants. This work aimed to investigate the effect of …

Woody species encroachment of grasslands globally causes many socioecological impacts,
including loss of grazing pastures and decreased biodiversity. Soil microbial communities …

Recent studies have shown the potential for negative plant–soil feedbacks (PSFs) to
promote stable coexistence, but have not quantified the stabilizing effect relative to other …