… Climate factors can also determine the distribution of vector species [18,19] and may alter
the infection dynamics of the parasites … red blood cell types available to co-infecting parasites …

… that the compositions of avian blood parasite communities, … complex factors including biotic
associations and environmental … the factors that influence the distributions of these important …

… on the distribution of avian haemosporidian parasites in a tropical … pathogens and their hosts
could drive population expansions and … Local climatic conditions and vector abundance are …

… protozoan parasites, so it is likely that true co-infection rates … interactions between parasites
that depend on red blood cells… could drive an interaction between these two parasites. …

… malaria parasites and Nippostrongylus brasiliensis, a blood-… Posterior parameter distributions
(along with their priors) are … the mechanisms driving dynamics in single infections, and in …

… environmental factors, but can also be directly influenced by … in the literature on co-infection
by the parasites that cause … vivax is the most widely distributed species in the world. This …

… each parasite to be associated with greater differences in its biological niche (blood for P. …
and indigenous individuals, as well as similar age distributions (Table 1). Notably, children …

… There remains important debate on whether disease distributions will expand … climate
change, and how climate factors might interact with non-climate factors to drive disease distribution …

… species co-occurrence patterns are shaped exclusively by (host and external) environmental
factors, whether the co-occurrence patterns are hidden by environmental conditions, or …

… and the elevational distribution of host–parasite associations … If suitable environmental
conditions for vectors (eg, … pattern and the underlying factors that drive this midelevational trend. …