Bacteria–phage coevolution, the reciprocal evolution between bacterial hosts and the
phages that infect them, is an important driver of ecological and evolutionary processes in …

This review explores a coevolutionary framework for the study and management of disease-
suppressive soil microbial communities. Because antagonistic microbial interactions are …

Plant species, plant community diversity and microbial interactions can significantly impact
soil microbial communities, yet there are few data on the interactive effects of plant species …

Coevolution—reciprocal evolutionary change among interacting species driven by natural
selection—is thought to be an important force in shaping biodiversity. This ongoing process …

The evolution of multi‐antibiotic resistance in bacterial pathogens, often resulting from de
novo mutations, is creating a public health crisis. Phages show promise for combating …

The impact of community complexity on pairwise coevolutionary dynamics is theoretically
dependent on the extent to which species evolve generalised or specialised adaptations to …

Given the ubiquity of parasites, it is critical to understand the evolution of defense against
them. Using a selection experiment performed across a broad range of host resources, I …

The outcomes of host‐parasite interactions depend on the coevolutionary forces acting upon
them, but because every host‐parasite relation is enmeshed in a web of biotic and abiotic …

We still know very little about how the environment influences coevolutionary dynamics.
Here, we investigated both theoretically and empirically how nutrient availability affects the …

Phages, viruses of bacteria, are ubiquitous. Many phages require host cell death to
successfully complete their life cycle, resulting in reciprocal evolution of bacterial resistance …