Sentence examples for microbial community variation from inspiring English sources

All the models were significant and explained more than 26% of the microbial community variation.

Geographic distances contributed to microbial community variation only when considered in combination with the other descriptors.

The pure effect of geographic distances did not significantly explained microbial community variation, neither globally (Fig. 4), nor at different spatial scales (Fig. S2).

We sampled field soils in a northern California field site, and find that soil microbial community variation correlates most strongly with plant species identity, followed by soil chemistry, spatial location and plant genus.

Consistent with a large body of literature (reviews in Brundrett 2002; Ehrenfeld et al. 2005; Berg and Smalla 2009), we found a signal of plant species identity on the soil bacterial and fungal communities, and plant species was the single best statistical predictor of soil microbial community variation (Table  1).

Therefore, microbial community variation associated with climatic disturbances (e.g., monsoon and typhoon) and current intrusion (e.g., the Kuroshio Current) is of particular interest for future work in the SCS, which will help to elucidate the ecological interactions between marine microbes and environmental variations.

Unveiling soil microbial community variations under continuous cropping system is helpful in understanding the poor growth of coffee associated with long-term monoculture.

In general and as anticipated a higher bioenergy production was recorded for higher BOD and COD loadings, although localised microbial community variations in individual cells does seem to have a greater impact.

kombucha microbial community variant from Ukrainian collection.

Besides, temperature (accompanying variations of the microbial community) and the OMCs (accompanying variations of physicochemical parameters) could both convert and predict zinc leaching efficiency.

This latter result shows that the plant-soil feedbacks strongly act on microbial community assemblages, mainly through variations in mutualistic associations with plants for Fungi, and plant-mediated modification of soil properties for Bacteria.