Nutrient deficiency in most terrestrial ecosystems constrains global primary productivity.
Rhizosphere nutrient availability directly regulates plant growth and is influenced by many …

Planctomycetes are ubiquitous, environmentally and biotechnologically important bacteria
that are key players in global carbon and nitrogen cycles. Ever since their first discovery in …

Climate change globally affects soil microbial community assembly across ecosystems.
However, little is known about the impact of warming on the structure of soil microbial …

Soil fungi are key players in nutrient cycles as decomposers, mutualists and pathogens, but
the impact of tropical rain forest transformation into rubber or oil palm plantations on fungal …

In this article, we argue that a careful examination of human microbiome science's
relationship with race and racism is necessary to foster equitable social and ecological …

The rhizosphere harbors complex bacterial communities, which are critical for plant growth
and health. Significant differences exist between bacterial communities in the rhizosphere …

The overuse of chemical fertilizers has resulted in the degradation of the physicochemical
properties and negative changes in the microbial profiles of agricultural soil. These changes …

Intense agricultural practices to meet rising food demands have caused ecosystem
perturbations. For sustainable crop production, biological agents are gaining attention, but …

The Vaccinium angustifolium (wild blueberry) agricultural system involves transformation of
the environment surrounding the plant to intensify plant propagation and to improve fruit …

Highly varied bacterial communities inhabiting the soybean rhizosphere perform important
roles in its growth and production; nevertheless, little is known about the changes that occur …