Sentence examples for microbial mats to from inspiring English sources
Recent evidence indicates the importance of hypersaline microbial mats to interpreting isotopic biosignal in geological records (Finke et al. 2013).
We show that these three types of traces were constructed by the same bilaterian animals that had moderately complex interactions with microbial mats to exploit nutrients and O2 resources.
It is suggested that by the Early Cambrian, organisms higher in the food chain caused the microbial mats to largely disappear.
The aim of this work was to study the potential of the two phototrophic microorganisms, both isolated from Ebro Delta microbial mats, to be used as bioindicators and immobilizers of chromium.
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 mine waters and sediments also contain high amounts of other heavy metals (e.g., Cu, Co, Mn, and Zn) and therefore the microbial mats seemed to be an ideal source for the isolation of model dissimilatory arsenate reducing bacteria (DARB) that can be capable of dissolution of arsenic-bearing minerals.
Additional samples of benthic microbial mats were collected to use as starting materials for culturing cyanobacteria biofilms to be used in laboratory test tube experiments.
Respiration and Rayleigh distillation occurring in microbial mats will tend to produce carbonates that are depleted in 13C and 18O relative to those precipitated abiotically.
The genome of RS-1, a FAP isolated from a hot spring microbial mat, appears to code for the enzyme missing from OS-A and Osequenceduencyanobacteriaeria from Octopus Spring.
They form the topmost, aerobic layer of microbial mats where access to light, atmospheric CO2 and N2 is greatest [37].
The occurrence of dypingite is restricted to the benthic microbial mats where cyanobacteria appear to create ideal conditions for carbonate formation as discussed later.
