Bioleaching exhibits high potential for the processing of low-grade complex mineral
resources. With the development of the economy and an increase in demand, rare earth …

Alkalinity regulation and nutrient accumulation are critical factors in the construction of plant
and microbial communities and soil formation in bauxite residue, and are extremely …

Applying nitrogen (N)-cycling inhibitors is an effective measure to improve N fertilizer
utilization efficiency, but the effects of N-cycling inhibitors on fungicide residues in soil-crop …

Understanding plant root architectures induced changes in organic carbon accumulation
and conversion is critical to predicting carbon cycling and screening appropriate plant …

The widely detected pyrene (PYR) is prone to accumulate and pose risks to the soil
ecosystem. In this study, an aerobic closed microcosm was constructed to assess the effects …

Tailing disposal technologies such as dry and wet disposal methods have a profound effect
on the ecosystem of mining areas. However, the chemical speciation of metal (loid) s and …

Bauxite residue is a highly saline-sodic tailings material formed as a by-product of the Bayer
process for alumina production. In situ remediation of bauxite residue has the potential to …

Soil fungi play an important role in the soil biogeochemical cycle and are important
biological indicators for the ecological remediation of mine tailings contaminated sites …

Dissolved organic matter (DOM) plays an important role in the biogeochemical function
development of bauxite residue. Nevertheless, the DOM composition at the molecular level …

Revegetation is a promising strategy for large-scale bauxite residue disposal and
management, potentially influencing the geochemical stability of potentially toxic elements …