This review summarizes the recent papers published about the microbial communities under
the conditions of persistent heavy metals around the world. Many microbial communities' …

Increasing demand for safe food by an ever-growing human population emphasizes the
urgency for increasing crop yields and reducing the losses caused by abiotic and biotic …

The biostimulant potential of three different organic acids (OAs) present in the rhizosphere,
specifically lactic, oxalic, and citric acids, have been studied. The results showed a rapid and …

Soil microorganisms rely on coupled fluxes of carbon and energy to fuel their maintenance,
to switch from dormancy to activity and to grow under dynamically changing conditions in …

Chromate (Cr (VI)), as one of ubiquitous contaminants in groundwater, has posed a major
threat to public health and ecological environment. Although various electron donors (eg …

Sulfate-and iron-reducing heterotrophic bacteria represented minor proportion of the
indigenous microbial community of highly acidic, oligotrophic acid mine drainage (AMD), but …

Bentonite is a promising buffer material for constructing spent nuclear fuel (SNF)
repositories. However, indigenous microbes in bentonite can be introduced to the repository …

Both iron-and sulfur-reducing bacteria strongly impact the mineralogy of iron, but their
activity has long been thought to be spatially and temporally segregated based on the …

Dissolved organic matter (DOM) as critical redox active soil carbon plays a crucial role in
shuttling electrons between bacteria and solid electron acceptors, such as iron oxides …

To investigate the important supportive microorganisms responsible for trichloroethene
(TCE) bioremediation under specific environmental conditions and their relationship with …