To find more effective microflora for the pretreatment and bioconversion of coal to methane,
the combined effects of exogenous aerobic and anaerobic bacteria were studied. The …

Microorganisms are the core drivers of coal biogeochemistry and are closely related to
biological coalbed methane. However, the Actinobacterial taxa in coals and their roles in the …

Anthropogenic activities, such as mining and agriculture, have resulted in many freshwater
systems having elevated concentrations of copper. Despite the prevalence of this …

Stimulation of microbial methanogenesis on intact coal under in-situ conditions is
demonstrated in a series of 18 anaerobic core flooding experiments. The experiments used …

Microbial generation of methane from organic matter in coal represents an opportunity to
improve environmental and economic outcomes of coal seam gas production. This has …

Numerous studies of biological reagents in the past have confirmed the great influence of
bacteria on flotation. In this study, high-throughput sequencing was used to characterize the …

Microbial communities in subsurface coal seams are responsible for the conversion of coal
organic matter to methane. This process has important implications for both energy …

The enhancement of coalbed methane generation by microorganisms has raised global
interests in the passing two decades. Methane production with coal involves many different …

Exploration and marketable exploitation of coalbed methane (CBM) as cleaner fuel has
been started globally. In addition, incidence of methane in coal basins is an imperative …

Ponds represent a black box for fungal ecology. Compared to terrestrial environments, the
fungal ecology of aquatic environments is rarely studied, and the few published studies have …