Microbial networks are an increasingly popular tool to investigate microbial community
structure, as they integrate multiple types of information and may represent systems-level …

Microorganisms including bacteria, fungi, viruses, protists and archaea live as communities
in complex and contiguous environments. They engage in numerous inter-and intra …

Microbial community dynamics arise through interspecies interactions, including resource
competition, cross-feeding and pH modulation. The individual contributions of these …

Microorganisms engage in complex interactions with other organisms and their
environment. Recent studies have shown that these interactions are not limited to the …

Plants can recruit soil microorganisms into the rhizosphere when experiencing various
environmental stresses, including biotic (eg, insect pests) and abiotic (eg, heavy metal …

Highlights•Ordination plots visualize movement through community space.•Generalized
Lotka–Volterra (gLV) model predicts stability and responses to perturbation.•gLV model …

When plants are subjected to various biotic and abiotic stresses, the root system responds
actively by secreting different types and amounts of bioactive compounds, while affects the …

Predicting the composition and diversity of communities is a central goal in ecology. While
community assembly is considered hard to predict, laboratory microcosms often follow a …

Microgenderome or sexual dimorphism in microbiome refers to the bidirectional interactions
between microbiotas, sex hormones, and immune systems, and it is highly relevant to …

Understanding a complex microbial ecosystem such as the human gut microbiome requires
information about both microbial species and the metabolites they produce and secrete …