The fungi species dwelling in the rhizosphere of crop plants, revealing functions that
endeavor sustainability of the plants, are commonly referred to as 'plant-growth-promoting …

Coevolution has driven speciation and evolutionary novelty in functional traits across the
Tree of Life. Classic coevolutionary syndromes such as plant–pollinator, plant–herbivore …

Background Plant-beneficial bacterial inoculants are of great interest in agriculture as they
have the potential to promote plant growth and health. However, the inoculation of the …

Nutritional symbioses between insects and intracellular bacteria (endosymbionts) are a
major force of adaptation, allowing animals to colonize nutrient-poor ecological niches …

The plant genome and its microbiome act together to enhance survival and promote host
growth under various stresses. Plant microbiome plays an important role in plant productivity …

In mutualisms, variation at genes determining partner fitness provides the raw material upon
which coevolutionary selection acts, setting the dynamics and pace of coevolution. However …

Many molecular signals are exchanged between rhizobia and host legume plants, some of
which are crucial for symbiosis to take place, while others are modifiers of the interaction …

Changes in climatic factors and rhizosphere microbiota led plants to adjust their metabolic
strategies for survival under adverse environmental conditions. Changes in plant …

Agricultural fields are typically simplified ecosystems compared to natural sites, a
characteristic that has long‐attracted researchers in Ecology and Evolution. In recent years …

Rhizosphere is the hub for microbial activities where microbes and plants interact with
complex signaling mechanisms. Plants release various metabolites in response to …