A meta-analysis was carried out using 20 publicly available metagenomic datasets obtained
from diverse wastewater samples. A taxonomic assignment was performed, and the diversity …

Identifying the microbial community and their functional potential from different stages of
common effluent treatment plants (CETP) can enhance the efficiency of wastewater …

The diversity of microbiota in waste waters has not been thoroughly examined, despite the
potential impact of microbes on effluent quality. Wastewater microbial communities harbor …

Industrial wastewater effluents present a major source of water pollution, and can potentially
alter the microbial ecological landscape. While there are numerous reports on the microbial …

There is little known about the wastewater treatment plant (WWTP) effluent microbiome, its
structure and dynamics. Here, we provide a study of the microbiome of effluent leaving …

Industrial wastewater can possibly change the microbial ecological environment. There are
few studies that focus on the bacterial variety in textile wastewater effluents and after …

Water is one of the most important resources in the universe. This is due to the fact that all
life processes require the use of water. The rate at which petrochemical refineries release …

Clean water is a key factor to sustain life on earth. Nevertheless, it is challenging to provide
clean water at a sufficient rate that will fulfill the growing demand. This is due to the …

Wastewater microbiota represents important actors of organic depollution. Nowadays, some
species used as bioindicators of the effluent quality are still identified by microscopy. In the …

Next-generation sequencing provides new insights into the diversity and structure of
bacterial communities, as well as the fate of pathogens in wastewater treatment systems. In …