Sulfur bacteria team up to break down substances in the seabed. ScienceDaily . Retrieved April 12, 2025 from www.sciencedaily.com / releases / 2025 / 03 / 250307144705.htm ...

3.1. Isolation and Identification of Thiocyanate-Oxidizing Bacteria Starting with the activated sludge from the aerobic tank of the coke wastewater treatment plant, the microbial population was ...

This extended period of oxygen production reduces the dominance of competing sulfur-oxidizing bacteria, which block sunlight during shorter days, further enhancing oxygen output. Judith Klatt of ...

Earth's oceans, known for their deep blue hue, could one day undergo color shifts, say scientists. A report based on a study ...

It’s hard to picture now, but Earth’s deep blue oceans were once green. According to a new study by Japanese researchers, ...

It will lead to more purple, brown, or green hues in coastal or stratified areas, with less deep blue color in water as ...

When seawater penetrates concrete in road tunnels, a biofilm is formed that breaks down the concrete. This can lead to high ...

Surprisingly, the biosynthesis of this simple derivative requires a minimum of four sulfur transfer reactions involving seven proteins. To identify genes required for tRNA modification ...

The recent paper's case for green oceans in the Archaean eon starts with an observation: waters around the Japanese volcanic ...

The V3-V4 regions of bacterial 16S rRNA genes and V4-V5 regions of archaeal 16S rRNA genes were amplified from the purified cDNA and prepared for Illumina MiSeq sequencing using the Bact_341F/805R, ...

Before this "Great Oxidation Event," the Earth contained almost no oxygen, so life was not ready for it. In fact, to uninitiated bacteria, oxygen is a poisonous gas, and so its release into the ...