This increasing number of sequenced genomes provides new opportunities for understanding microbial diversity and metabolic organization in diverse environments.
The soil microbial diversity and enzyme activity were not significantly affected over 120 days.
The results showed that biocathode materials had effects on the microbial diversity and evenness.
In contrast, the non-responders had lower microbial diversity and a higher abundance of Bacteroidales.
However, the links between microbial diversity and ecosystem processes are not well understood.
Different biocathode materials had effects on the microbial diversity and evenness, but the differences in microbial diversity and evenness of different biocathode materials were not positively related to the power production.
Aerobic bacteria were stimulated and caused a higher microbial diversity and abundance in the aerobic stage (1st day).
To achieve this objective, studies must be performed in a way that successfully relates microbial diversity and activity.
It indicated that the microbial diversity and evenness in biocathode material was not positively related to the power production.
However, systematic studies of the effects of operating variables on microbial diversity and reactor performance are rare.
In conclusions, the microbial diversity and community structure markedly changed in different aged workshops which corresponded to the strong flavoring characteristics of Jinhua ham.
