Sulfur-cycling microbial communities in salt marsh rhizosphere sediments mediate a
recycling and detoxification system central to plant productivity. Despite the importance of …

Salt marshes are highly productive ecosystems hosting an intense sulfur (S) cycle, yet little is
known about S-oxidizing microorganisms in these ecosystems. Here, we studied the …

The Eastern Nebraska Salt Marshes contain a unique, alkaline, and saline wetland area that
is a remnant of prehistoric oceans that once covered this area. The microbial composition of …

Background Microorganisms drive high rates of methanogenesis and carbon mineralization
in wetland ecosystems. These signals are especially pronounced in the Prairie Pothole …

In sulfidic environments, microbes oxidize reduced sulfur compounds via several pathways.
We used metagenomics to investigate sulfur metabolic pathways from microbial mat …

The presence of seagrasses facilitates numerous microbial-mediated biogeochemical
cycles, with sulfur-and nitrogen-cycling microorganisms playing crucial roles as regulators …

An artesian sulfide-and sulfur-rich spring in southwestern Oklahoma is shown to sustain an
extremely rich and diverse microbial community. Laboratory incubations and …

Terrestrial sulfidic springs support diverse microbial communities by serving as stable
conduits for geochemically diverse and nutrient-rich subsurface waters. Microorganisms that …

Symbiotic root microbiota are crucial for plant growth as they assist their hosts in nutrient
acquisition. In the roots of coastal marine plants, heterotrophic activity in the rhizosphere by …

Little is known about large sulfur bacteria (LSB) that inhabit sulfidic groundwater seeps in
large lakes. To examine how geochemically relevant microbial metabolisms are partitioned …