Data for the paper of "Fungal diversity and keystone microbial networks as key drivers of soil multifunctionality under varying land-use intensities in Ultisols"

These data were used to analyze changes in soil properties and their multifunctionality under different land use intensities. This study examined soils distributed along a land-use intensity gradient within the red-soil Ultisols of Jiangxi Province, China, comprising abandoned land (AL), woodland (WL), and farmland (FL). These land-use categories represent sequential levels of management intensity ranging from low-disturbance habitats to intensively managed croplands. This study aimed to determine the microbial attributes most influential in maintaining soil multifunctionality under these contrasting conditions.