Methanotrophic Bacteria Methanotrophs might be small, but they pack a powerful punch when it comes to turning methane, a ...

Improved computer models shed light on how reducing sulphur emissions will inadvertently release methane from wetlands.

For example, sulfate-reducing bacteria (SRB) have been shown to work synergistically with deposits on carbon steel, significantly contributing to both uniform and localized corrosion[3].

Discussions: NH4+ concentration decrease is interpreted by sulfate-reducing ammonium oxidation (SRAO ... In the SMTZ, the methane competes with organic matter for becoming the substrate of sulfate ...

Reducing sulfur in the air may inadvertently increase natural emissions of methane from wetlands such as peatlands and swamps ...

A new study shows that reducing sulfur pollution may inadvertently increase methane emissions from wetlands like peatlands ...

Reducing sulphur in the air may inadvertently increase natural emissions of methane from wetlands such as peatlands and swamps, a new study publishing in Science Advances has found. The resulting ...

are probably absent in the bacteria from the resident GM in humans. In addition, the transformation of part of its sulfate residues to H 2 S by SRBs in the colonic lumen could have a negative impact ...

A silent but devastating threat is compromising the durability of wastewater infrastructure: microbially induced concrete corrosion (MICC). This complex process, driven by sulfur-oxidizing bacteria, ...

Impact of cleaner air means that human-emitted methane needs to fall more sharply to hit globally agreed targets ...

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Now researchers show that metabolites produced by gut microbes ... A Common Mouth and Gut Bacteria May Be Linked With Increased Stroke Risk Jan. 30, 2025 — Increased levels of Streptococcus ...