Forest soil microbial community is easily modified by changes in plant composition.
Therefore, differences in the assembly of soil microbial community within different forest …

A key aspect of global forest management, woodland use intensity (WUI) greatly affects the
composition and diversity of soil microbial communities, thereby affecting multiple …

Soil fungi play an indispensable role in forest ecosystems by participating in energy flow,
material circulation, and assisting plant growth and development. Larix gmelinii is the …

Soil microbial communities play an important role in maintaining the ecosystem during forest
secondary succession. However, the underlying mechanisms that drive change in soil …

Aims Conversion from pure plantations to mixed plantations can significantly increase forest
productivity and provide better ecosystem services, yet there is still a lack effective of …

Topography is a critical factor that determines the patterns and assemblages of species
diversity in forest communities. Small-scale topography changes are defined as …

Soil fungi play an integral and essential role in maintaining soil ecosystem functions. The
understanding of altitude variations and their drivers of soil fungal community composition …

In this study, we provide fungal community structure analysis of three contrasting sites in
secondary succession, and try to identify variables that shape fungal community …

Knowledge regarding changes in soil microbial communities with forest succession is vital to
understand soil microbial community shifts under global change scenarios. The composition …

Introduction Plant diversity and soil microbial diversity are important driving factors in
sustaining ecosystem multifunctionality (EMF) in terrestrial ecosystems. However, little is …