Sentence examples for most microbial mats from inspiring English sources

Most microbial mats today contain lots of photosynthetic cyanobacteria, which make the food that sustains the other bacteria.

By molecular techniques, the most abundant clones isolated from hypersaline microbial mats revealed to belong to S. strictum (as Acremonium strictum, Cantrell et al., 2013), indicating that Sarocladium species might have the ability to grow in environments with high salinity.

The most important microorganism populations living in microbial mats are cyanobacteria, and among them Microcoleus chthonoplastes is dominant in marine intertidal microbial mats, hypersaline environments and hot deserts [6].

A cultivation-independent analysis of the SSU rRNA gene by terminal-restriction fragment (T-RF) profiling showed that this phylotype was most common in a variety of microbial mats collected at different times and locations at Loihi.

Nevertheless, the most important methodological problem when working with microbial mats is the difficulty to evaluate changes produced on cyanobacterial populations that are found in thicknesses of just a few mm depth.

Nevertheless, the most important methodological problem when working with natural and artificial microbial mats is the difficulty to evaluate changes produced on microorganism populations that are found in thicknesses of just a few mm depth.

Geological evidence suggests that biofilms or microbial mats of anoxygenic photosynthesizers may have generated the most prevalent surface signatures of life for several hundred million years before the development of oxygenic photosynthesis.

Ebro Delta microbial mats are formed by different microorganisms; principally cyanobacteria and microalgae are the most abundant prokaryotic bacteria located mainly in the upper layers of microbial mats [ 10].

Cyanobacteria living in microbial mats nearly 3.5bn years ago could shake up the history of the air we all breathe.

Experimental approaches are being developed to study the complex biology and ecology of biofilms and microbial mats.

Microbial mats near the surface in these springs give them their rainbow of colors and harbor some unusual organisms that, among other things, tolerate temperatures in excess of 140 degrees Fahrenheit.