Host individuals are often coinfected with diverse parasite assemblages, resulting in
complex interactions among parasites within hosts. Within hosts, priority effects occur when …

While the importance of changes in host biodiversity for disease risk continues to gain
empirical support, the influence of natural variation in parasite diversity on epidemiological …

Organisms are frequently coinfected by multiple parasite strains and species, and
interactions between parasites within hosts are known to influence parasite prevalence and …

Parasite prevalence shows tremendous spatiotemporal variation. Theory indicates that this
variation might stem from life-history characteristics of parasites and key ecological factors …

Both theory and experimental evolution studies predict migration to influence the outcome of
antagonistic coevolution between hosts and their parasites, with higher migration rates …

The size of disease epidemics remains difficult to predict, especially when parasites interact
with multiple species. Traits of focal hosts like susceptibility could directly predict epidemic …

Parasites can mediate competition among host species in an ecological community by
differentially affecting key parameters that normally give one species a competitive edge. In …

Several parasite species are known to manipulate the phenotype of their hosts in ways that
enhance their own transmission. Co-occurrence of manipulative parasites, belonging to the …

Disease dynamics hinge on parasite transmission among hosts. However, canonical models
for transmission often fit data poorly, limiting predictive ability. One solution involves building …

Within most free‐living species exists a cryptic community of interacting parasites. By
combining multiscale field data with manipulative experiments, we evaluated patterns of …