Xiaoying Zhang

TL;DR: By classifying the microorganisms into metabolic functional groups, this study was able to identify the biogeochemical pathway that was dominant in each zone and revealed the ability of xenobiotic metabolism microbes to degrade, transform, or accumulate environmental hydrocarbon pollutants in seawater, increasing sulfur-related respiration from high tidal to low tidal flat.

TL;DR: This review covers, in a comprehensive manner, the upscaling approaches available in the literature and their applications on various processes, such as advection, dispersion, matrix diffusion, sorption, and chemical reactions.

TL;DR: The ecological risk assessment of hazard quotient and mean hazard quotients indicated that PAHs in RD had a 9% probability of being toxic to the benthic organisms and aquatic environment and the mean values of incremental lifetime cancer risk were lower than the baseline value of an acceptable risk.

TL;DR: In this paper, a review of chemical reaction simulations for assessing long-term geologic carbon sequestration performance is presented, with a focus on the impact of such simulations on geological CO2 sequestration.

TL;DR: The analysis of microbial community structures indicates that the order Oceanospirillales and the family Alteromonadaceae could be used as indicators of seawater intrusion and showed that seawater had the lowest taxon richness and evenness and the irrigation water had the highest richness andEvenness.