Our understanding of the long‐lasting effects of human land use on soil fungal communities
in tropical forests is limited. Yet, over 70% of all remaining tropical forests are growing in …

Simple Summary Regenerating forests represent over half of all tropical forests. While
regeneration processes of trees and animal groups have been studied, there is surprisingly …

The effects of logging on forest ecosystems are severe and long-lasting. In addition, these
effects are often paralleled with shifts in soil fungal community composition and functional …

Tropical ecosystems remain poorly understood and this is particularly true for belowground
soil fungi. Soil fungi may respond to plant identity when, for example, plants differentially …

Understanding the interactions among microbial communities, plant communities and soil
properties following deforestation could provide insights into the long-term effects of land …

Land use change is a significant threat to biodiversity, particularly within tropical
ecosystems, but the responses of microbial communities remain poorly understood. We …

Plant diversity is considered one factor structuring soil fungal communities because the
diversity of compounds in leaf litter might determine the extent of resource heterogeneity for …

Environmental variables shifted by climate change act as driving factors in determining plant-
associated microbial communities in terrestrial ecosystems. However, how elevation …

Subtropical broadleaved forests play a crucial role in supporting terrestrial ecosystem
functions, but little is known about their belowground soil fungal communities despite that …

Abiotic and biotic drivers of co-occurring fungal functional guilds across regional-scale
environmental gradients remain poorly understood. We characterized fungal communities …