Sentence examples for microbial distribution from inspiring English sources
"microbial distribution" is a correct and usable phrase in written English
It refers to the patterns and spread of microorganisms in a particular environment. Example: The study focused on the microbial distribution in the soil samples collected from various locations in the forest.
The specific microbial distribution in the ham may be resulted in periodic fermentation and enrichment for more than 30 years without interruption.
A comparison of overall microbial distribution in different fumigation years was conducted on the relative abundances of phyla, which were calculated using OTUs based on taxonomy, using Origin 9.0 software for histogram analysis.
Several biogeographical hypotheses have been proposed to explain microbial distribution, but there is ongoing debate about the magnitude of the contribution of niche based processes and historical contingencies in determining patterns of microbial structure.
A comprehensive characterization of the aggregate morphology is the first step towards a complete characterization of the soil microaggregates, when trying to correlate morphometric parameters with physical and/or biological properties, or when building models (e.g., effective diffusivity, microbial distribution, etc).
Microbial distribution inside the MAB revealed that through moderately increasing the COD/N ratio at 293 K and the aeration pressure of 0.1 atm, the oxygen competition among AOA, NOB and aerobic HB could be better balanced with TN removal efficiency improved, demonstrating the feasibility of simultaneous nitrification and denitrification via nitrite.
The present work lends support to this hypothesis but with the caveat of environment dependent natural selection directing the frequency of microbial distribution in both modern and ancient populations.
Five specific criteria are proposed to assess the suitability of statistical distributions to model microbial distributions.
We conclude that despite these limitations, PCR and related technologies offer enormous scope for assessment of both natural and non-indigenous microbial distributions.
The MEC performance as an energy carrier generator was characterized based on the hydrogen production rate evolution, the variations of microbial distributions, and methane production at different applied potential differences.
This study discusses mechanisms influencing the spatial distributions of microorganisms in foods, three types of spatial distributions, i.e. regular, random, and clustered, the relationship between spatial distribution and frequency distributions, and the suitability of statistical distributions employed to model microbial distributions in foods.
We predict that studies providing clues to the evolutionary and ecological processes underlying microbial distributions will reconcile the ongoing debate between the Baas Becking vs. Hubbell community assembly hypotheses.
