… for quantifying overall parasite transmission potential, β(σ/τ), which we then applied to a
natural multihost–multiparasite system. We found that both a bacterial and a fungal parasite can …

… multi-host networks based on parasite sharing can provide new insights into the potential for
transmission … the nature of parasite sharing (ie structure of the host-parasite network) may …

… host–parasite network to project a host–host transmission network with links weighted by the
number of shared parasite … transmission patterns within a multi-host multi-parasite system. …

… Understanding the complex population biology and transmission ecology of multi-host parasites
… diseases in humans being multi-host zoonoses, ie infectious diseases that are naturally …

… in contributions to parasite transmission, we adapted Pielou's … of each host species to parasite
transmission (π i , see Box 1) … the ubiquity of such systems in nature and the implications of …

… for the study of parasite life-history evolution in a multihost context. This framework is …
transmission routes can coevolve with parasite virulence. I assume again that parasite transmission …

… ) or several host species (multi-host parasites) are the rule in nature. Only a few studies …
In this review, we believe we have demonstrated how multi-host parasites and multi-parasite…

… of disease transmission. If our findings hold for other parasite-multihost systems and the '…
on which to build our understanding of how parasites are distributed across the host community …

… Extending these estimates to our understanding of transmission in natural communities
requires robust values, and we found strong support for the reliability of these interaction-level …

… multihost sharing, based on key thresholds for parasite … ’ contribution to parasite persistence,
allowing natural systems to be … Here we assume that the parasite is transmitted via a single …