Andy Fenton

This study shows that parasite-parasite interactions affect spatial epidemiology, with within-host interactions having the strongest impact on prevalence and spread.

The paper contrasts two scenarios for determining host infectiousness and shows how they affect parasite transmission under host heterogeneity.

This study shows helminth infection increases susceptibility to gammaherpesvirus in wood mice, with anthelmintic treatment reducing viral infection and improved nutrition mitigating this effect.

This study shows resource supplementation affects parasite infection dynamics and host behavior in wild wood mice, with mixed effects across 12 parasite taxa.

The paper shows density increases network connectedness in wild animal populations, but effects saturate, with stronger spatial than social impacts.

The paper uses structural equation modeling to analyze how cervid and rodent abundances affect Lyme borreliosis hazard in boreal island communities.

The study shows host community composition, not prior parasite exposure, determines infection risk from two amphibian parasites, with varying effects on different host species.

The paper shows how lineage-specific trait variation in an amphibian parasite leads to different coexistence and competitive exclusion dynamics in Europe and Africa.