“…An example of the latter is the study of terHorst et al (), in which the impact of evolution of a plant to drought stress was studied on community composition of soil bacteria. The table excludes studies that address interaction modules such as predator–prey interactions (e.g., Becks et al, ; Hiltunen & Becks, ; Yoshida et al, ), host–parasite interactions (Brunner et al, ; Decaestecker et al, ; Frickel et al, ; Masri et al, ) and host–mutualist interactions (Ford et al, ; Macke et al, ), unless they involved whole communities of predators, prey, hosts, parasites or mutualists. Most eco‐evolutionary studies of predator–prey and host–parasite interactions involve one species of each type of interactors (predator and prey, host and parasite), and thus, while taking a two‐species approach, they do not allow estimating the degree to which evolution of competing predators or prey influence dynamics.…”