The industrial activity has increased with the world's population in urban and non-urban
environments. Sulphate (SO 4 2-) is commonly found in aquatic ecosystems and is generally …

Oxygen minimum zones (OMZs) have substantial effects on the global ecology and
biogeochemical processes of marine microbes. However, the diversity and activity of OMZ …

The past two decades has witnessed a remarkable increase in the number of microbial
genomes retrieved from marine systems,. However, it has remained challenging to translate …

Microbial analysis has become one of the most critical areas in aquatic ecology and a
crucial component for assessing the contribution of microbes in food web dynamics and …

In response to rising CO2 concentrations and increasing global sea surface temperatures,
oxygen minimum zones (OMZ), or “dead zones”, are expected to expand. OMZs are fueled …

We surveyed the carbonate system along the main channel of the Chesapeake Bay in June
2016 to elucidate carbonate dynamics and the associated sources of oxygen‐consuming …

The ecology of aerobic microorganisms is never explored in marine oxygen minimum zone
(OMZ) sediments. Here we reveal aerobic bacterial communities along∼ 3 m sediment …

Chemolithotrophic bacteria oxidize various sulfur species for energy and electrons, thereby
operationalizing biogeochemical sulfur cycles in nature. The best-studied pathway of …

Sedimentary trace metals are widely used to reconstruct past bottom water redox conditions.
The calibration of trace metals as a redox proxy for oxygen minimum zones (OMZs) can still …

Sediments underlying marine hypoxic zones are huge sinks of unreacted complex organic
matter, where despite acute O2 limitation, obligately aerobic bacteria thrive, and steady …