Confronting the complex contaminated water, Aquabacterium sp. CZ3 could perform
microbially induced calcium precipitation (MICP) under facultative anaerobic condition using …

Metal tailings contain a variety of toxic heavy metals and have potential environmental risks
owing to long-term open piling. In the present study, a strain of ureolytic bacteria with bio …

Bacteria from various natural habitats have been found to be able to induce the formation of
acid-resistant and heat-resistant vaterite; however, the mechanism underpinning their …

Microbially induced calcium carbonate precipitation (MICP) has emerged as a promising
solution for geotechnical issues. However, the role of bacteria in the formation of calcium …

The whole process of cell membrane calcification of Bacillus licheniformis DB1–9 was
studied by molecular dynamics (MD) and microbially-induced carbonate precipitation …

The investigation of microbially induced calcium carbonate precipitation is essential to
understanding CO 2 fixation, marine carbonate rock formation, and biogeochemical cycling …

Compared to continental crust, marine sediments accumulating beneath O 2 depleted
waters are enriched in Re and Mo, with Re/Mo ratios that vary by more than two orders of …

Caves are extreme, often oligotrophic, environments that house diverse groups of
microorganisms. Many of these microbes can perform microbiologically induced carbonate …

Biofilm capable of carbonate mineralization can create supersaturated carbonate
microenvironment around it. However, the contribution of biofilms in microbially-induced …

Abstract The Holocene Wolfenden tufa deposit in south‐eastern British Columbia, western
Canada, preserves a unique record of the earliest stages of calcium carbonate deposition …